Can you tell anything about this old auto from the photos?
http://i.cubeupload.com/rHHKQq.jpg
(*) round back http://i.cubeupload.com/RjfyRW.jpg
(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
(*) external fenders http://i.cubeupload.com/9UecSp.jpg
(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
Is there a good way to tell what kind of solid wood was used?
And why would it have what looks like bullet holes in the back?
On 3/26/2017 3:09 PM, J. Clarke wrote:
> In article <jcmdnWMddKeAUErFnZ2dnUU7-
> [email protected]>, lcb11211@swbelldotnet
> says...
>>
>> On 3/26/2017 12:36 AM, J. Clarke wrote:
>>> In article <mpOdnaWoI5LWpkrFnZ2dnUU7-
>>> [email protected]>, lcb11211@swbelldotnet
>>> says...
>>>>
>>>> On 3/25/2017 1:36 PM, J. Clarke wrote:
>>>>> In article <XnsA7436EBB240CEpogosupernews@
>>>>> 46.165.242.91>, [email protected] says...
>>>>>>
>>>>>> "J. Clarke" <[email protected]> wrote in
>>>>>> news:[email protected]:
>>>>>>
>>>>>>> '60s American cars had no shortage of horsepower
>>>>>>> and nothing changed in the laws of physics to
>>>>>>> change that. What changed was the law. The
>>>>>>> electronics let a car that is in compliance with
>>>>>>> the new laws produce as much power as one that
>>>>>>> was produced before the laws went into effect.
>>>>>>
>>>>>> Sorry ol' buddy, but krw and clare are right, the law
>>>>>> has nothing to do with it. It is all about the laws
>>>>>> of physics, specifically those relating to thermodynamics.
>>>>>> 60's era engines were lousy at thermodynamics (and tried
>>>>>> to make up for it with vast displacements).
>>>>>
>>>>> OK, so tell us what changed in the laws of
>>>>> physics that resulted in the 1970 350 Corvette
>>>>> having 370 horsepower the same engine in 1981
>>>>> producting 190 horsepower.
>>>>>
>>>>
>>>>
>>>> First off old hp ratings methods change IIRC in 1972. From that point
>>>> the ratings were SAE, which significantly lowered the published ratings.
>>>
>>> And this is related to "the laws of physics"
>>> because?
>>>
>>>> Later models had the inefficient catalytic converters, smog pumps,
>>>> smaller carburetors, etc. All of those items robbed the engines of
>>>> power all in the interest of controlling emissions.
>>>
>>> And this is related to "the laws of physics"
>>> because?
>>>
>>>> Once the multi port fuel injection, mass air flow sensors, better intake
>>>> design, better cataleptic converters, no more smog pumps, computer
>>>> controlled monitored sensors, and ignition timing entered into the
>>>> picture emissions were not as big of an obstacle to over come and we
>>>> ended up with cleaner burning higher HP rated engines.
>>>
>>> And catalytic converters, smog pumps, etc were
>>> required because of what "laws of physics"?
>>>
>>
>>
>> You seem to be in over your head here.
>
> Rather than explaining why they are required by
> "the laws of physics" rather than the laws of
> Congress, you start with the insults. Very
> good.
>
No insults, you simply do not know what changes came about in the
automotive industry and the effects those changes made to emissions and
HP. There were NO laws governing HP. Pollution control robbed high HP
engines of their power.
And as I mentioned several posts back, electronics and the abandonment
of the carburetor brought back HP and lowered emissions.
On Mon, 20 Mar 2017 14:45:55 -0600, [email protected] (Neill
Massello) wrote:
>Casper <[email protected]> wrote:
>
>> Alice Jones <[email protected]> was heard to mutter:
>>
>> >Can you tell anything about this old auto from the photos?
>> >http://i.cubeupload.com/rHHKQq.jpg
>> >
>> >(*) round back http://i.cubeupload.com/RjfyRW.jpg
>> >(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>> >(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>> >(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>> >
>> >Is there a good way to tell what kind of solid wood was used?
>> >And why would it have what looks like bullet holes in the back?
>>
>> For comparison...
>> http://car-from-uk.com/sale.php?id=39076
>
>So it was *not* a 1928 Durant D-60 4-door Sedan.
Take a look at ANY durant - the closest would be a 28 Star (or
"RUGBY" as it was exported as) but the Durany is a 3 piece tub, not a
stamped steel tub as shown - and the side panel is too long for a 4
door or touring.
I've been around a lot of old cars - and the first thing that came to
mind, with the way the gas tank is mounted, the double "bead" or
"feature line" around the top, the moderate curve to the obviously
stamped steel tub, and the lever shocks peaking through the floor on
the one picture is "32 Chebby". Looked like a Phaeton except the side
panel matches a 2 door body, not a 4.- and all "Chebbies" of that era
did not have a separate roof - so it looks like somebody took off the
roof to make a "topless" two door - not to use the roof elsewheere
because the "riser" which would be left after removing the roof
appears to have been metal-worked out (if indead it WAS a 2dr Chebby)
I'm still wracking my brain to find a better answer.
On 3/24/2017 5:55 PM, J. Clarke wrote:
> In article <MomdnWLWe_muA0jFnZ2dnUU7-
> [email protected]>, lcb11211@swbelldotnet
> says...
>>
>> On 3/24/2017 12:58 AM, [email protected] wrote:
>>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>>> .
>>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>>>> I HAVE restored some old vehicles, including a few "basket cases"
>>>> Even at Barrett Jackson auctions, you can usually buy very good to
>>>> excellent cars for significantly less than the cost to build - even
>>>> strting from a reasonably good junker.
>>>
>>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>>>
>>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and that
> was that.
>>>
>>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>>>
>>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>>>
>>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>>>
>>> Check out the prices on some of these mid 60s Mustangs:
>>>
>>> https://goo.gl/d0Hsfv
>>>
>>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He needed
> a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>>>
>>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>>>
>>> Robert
>>>
>>
>> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>> They only had American that was 30+ years old and the average price was
>> about 10 times original. I remember $65K for an old Road Runner with
>> painted wheels and hub caps.
>
> I think one thing that has changed is that
> American cars 15-20 years ago were a shadow of
> their former selves. Now the performance is
> back with a vengeance--who'd a thunk we'd ever
> see a _stock_ Caddy that does sub-12-second
> quarters and tops out at 200?
>
It was all about getting rid of carburetors and adding electronics.
Those two things added HP "and" fuel economy.
On Sun, 26 Mar 2017 20:58:37 +0000 (UTC), John McCoy
<[email protected]> wrote:
>"J. Clarke" <[email protected]> wrote in
>news:[email protected]:
>
>> In article <XnsA744769601979pogosupernews@
>> 46.165.242.91>, [email protected] says...
>
>>> The turbo Offys didn't, but the engine was originally
>>> designed for dirt track (sprint) cars, and those
>>> engines ran on pump gas, as did the original Indy
>>> Offys. By the time turbos came in, gasoline had been
>>> banned at Indy for safety reasons, and all the engines
>>> ran on methanol.
>>
>> So were the "sprint car Offys" running that 15:1
>> compression that was mentioned as one of the
>> characteristics of the high output engine that
>> was mentioned?
>
>Not sure what relevance that has to anything, but
>no, those engines would have been around 10:1.
>Bearing in mind that this was late 30's to early
>50's, and production car engines would have been
>6:1 or less. (also bearing in mind that Offys
>were built to order, and they would happily
>make any compression ratio you wanted).
>
>John
There were several "generations" of "offy" engines, starting with the
Miller designed engine originally built and sold as a marine engine..
It was a 2.47 liter (151 cu inch?) engine in the late twenties. It was
put in a land speed record car in 1930. In 1933 Offenhauser bought the
rights to the engine.The design was refined and enlarged, and twas
sold to Meyer and Drake in 1946..
It was under Meyer and Drake, and later just Drake, that the "offy"
ruled Indy. The "Indy Offy" engines were built in 4 displacements -
4.4L, 270 inch for Indy racing under AAA rules, 4.18L, 255 inch
during the '30s, 4.13L, 252 cu inch under USAC rules, 2.75 L, 168 inch
for Turbos at indy up until 1968, and 2.61L,159 inch for Indy Turbo
engines since 1969.
They also built a 1.59.liter,or 97 inch midget engine, and a 3.6L 220
inch Sprint car for both AAA and USAC rules.
These were the "stock" Offies - there were many custom versions for
other uses. The Offy engine began as a copy of a Peugeot Gran Prix
engine from about 1913..
The original Miller 250 was a 10:1 Compression Ratio engine producing
250HP at 5200RPM
Thw 1958 Low Tower 255 ran 15:1.and 325HP @6600RPM
The 69 159 ran 8:1 and 820HP at 9500 RPM with a turbo.
The '74 version DGS and Offy/Drakes ran 8:1 and 1000 HP at 10,000RPM
with Turbos.
ALL of the Indy engines ran on Methanol.. Virtually all sprint cars
also ran Methanol,, as did almost all USAC Midgets. I don't think
there was a gasoline powered offy competition engine after at least
the fifties.
[email protected] wrote in news:2kcgdct95emmpluphi0grv3sl4q3kivrvd@
4ax.com:
> There were several "generations" of "offy" engines, starting with the
> Miller designed engine originally built and sold as a marine engine..
Miller was an amazing designer, and a lousy businessman.
He's mostly famous for his 91cid straight-8 engines (which
are invariably described as "clockwork" and "jewel-like").
He then designed what became the Offy, went bankrupt, and
sold the design to Offenhauser. After that he designed
an engine which eventually became the legendary Novi (also
built by Offenhauser originally). And some of his last
design work eventually found it's way into the Ford Indy
engine (the Foyt-Ford, not the Cosworth), which Meyer-
Drake built a lot of the components for.
John
On Sat, 18 Mar 2017 15:22:43 -0400, [email protected] wrote:
>On Sat, 18 Mar 2017 18:29:31 +0000 (UTC), Alice Jones
><[email protected]> wrote:
>
>>Can you tell anything about this old auto from the photos?
>>http://i.cubeupload.com/rHHKQq.jpg
>>
>>(*) round back http://i.cubeupload.com/RjfyRW.jpg
>>(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>>(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>>(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>>
>>Is there a good way to tell what kind of solid wood was used?
>>And why would it have what looks like bullet holes in the back?
>
>
> 1928 Durant
> white ash
> someone shot it
The body looks more like a two door from the sheet metal in front of
the rear fender, and the fender rolls over the tire too much for a 28
durant.
On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
.
> Except for rare vehicles, it NEVER makes any financial sense (and yes,
> I HAVE restored some old vehicles, including a few "basket cases"
> Even at Barrett Jackson auctions, you can usually buy very good to
> excellent cars for significantly less than the cost to build - even
> strting from a reasonably good junker.
One of my long time friends would certainly give you an "AMEN" on that. He =
loved early Mustangs and the old 240Z from Datsun.
The amount of knowledge needed to "authentically restore" the cars correctl=
y was staggering. The money needed to find original parts, just as much. =
The time to learn what to do, which parts went on which variant (depending =
on manufacturing dates, etc.) and on and on was a full time job. He gave u=
p on the last Mustang and sold it dismantled for parts as he couldn't get i=
t restored to his standards. After about 5-6 years in the garage, his wife=
stepped in, and that was that.
He got two 240s up and running and couldn't find the parts needed to restor=
e them. He found that certain pieces from 260s fit the 240s, so he went th=
at route. Now all he had when finished was a running sports car.
He lost money on all of his efforts. Restoring is 1) a labor of love and/o=
r 2) a full time job.
We went to a local car show after that, and he was crushed as he found what=
I had told him all along, you can buy a finished product for about 1/2 (or=
less) of what it costs to restore one in your garage by yourself. He hasn=
't turned a wrench to restore a vehicle since.
Check out the prices on some of these mid 60s Mustangs:
https://goo.gl/d0Hsfv
Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less =
than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No m=
uss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, =
new drive shaft and rebuilt rear end of the '67 he was last working on. Th=
at did include the J.C. Whitney (remember them?) interior kit that was form=
ed carpet, door panels, and seat covers that were sitting in the car when h=
e sold it. He needed a new steering wheel, appropriate AM radio, all knobs=
and handles, badges, body work, paint, and the correct age rims. He figur=
ed another 10K and a couple of years of his elbow grease and he would have =
it finished if he had found the time.
He sold the car (not running) with the papers on the rebuilds along with al=
l the parts and pieces he collected for $5500 after coming down on his pric=
e many times. The guy that bought it was a lucky break for him as he bough=
t it as a project for him and his son that was a 16 year old motor head.
Robert
In article <rvgedctkuikegovgffqmeuquc5p4b978kv@
4ax.com>, [email protected] says...
>
> On Sun, 26 Mar 2017 00:09:11 -0400, "J. Clarke"
> <[email protected]> wrote:
>
> >In article <3aeedcp36rt99rpvkn2drpgrvnsdt5g2o3@
> >4ax.com>, [email protected] says...
> >>
>
> >> The law that brought you the EPA and cafe standards.
> >
> >What part of "physics" are you having trouble
> >with?
>
> Sorry, you are humor impaired for right now.
Read the whole damned thread and you'll know
WHY.
On Sun, 26 Mar 2017 09:30:38 -0400, Ed Pawlowski <[email protected]> wrote:
>On 3/25/2017 11:43 PM, Markem wrote:
>
>> The offenhiesers were Indy car favorite for years, doubt any of them
>> ever saw pump gas. The last one (its serial number) still achieved
>> over 200mph at indy's 2.5 mile rectangle.
>>
>
>Fast, but could it make right turns?
Depends if you're looking at the front or the back. ;-)
On Sun, 26 Mar 2017 09:30:38 -0400, Ed Pawlowski <[email protected]> wrote:
>On 3/25/2017 11:43 PM, Markem wrote:
>
>> The offenhiesers were Indy car favorite for years, doubt any of them
>> ever saw pump gas. The last one (its serial number) still achieved
>> over 200mph at indy's 2.5 mile rectangle.
>>
>
>Fast, but could it make right turns?
It raced in cart races, saw it run at Road
America Elkhart Lake Wisconsin. So yes it turn right.
On Sat, 25 Mar 2017 15:03:57 -0400, "J. Clarke"
<[email protected]> wrote:
>In article <56dddcdck6r8coh5gps5nd5d3ir04u0ghj@
>4ax.com>, [email protected] says...
>>
>> On Sat, 25 Mar 2017 09:44:39 -0500, Markem <[email protected]>
>> wrote:
>>
>> >On Fri, 24 Mar 2017 23:07:16 -0400, [email protected] wrote:
>> >
>> >>On Fri, 24 Mar 2017 21:29:04 -0400, "J. Clarke"
>> >><[email protected]> wrote:
>> >>
>> >>>In article <15idneweQbZzO0jFnZ2dnUU7-
>> >>>[email protected]>, lcb11211@swbelldotnet
>> >>>says...
>> >>>>
>> >>>> On 3/24/2017 5:55 PM, J. Clarke wrote:
>> >>>> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
>> >>>> > [email protected]>, lcb11211@swbelldotnet
>> >>>> > says...
>> >>>> >>
>> >>>> >> On 3/24/2017 12:58 AM, [email protected] wrote:
>> >>>> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>> >>>> >>> .
>> >>>> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>> >>>> >>>> I HAVE restored some old vehicles, including a few "basket cases"
>> >>>> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
>> >>>> >>>> excellent cars for significantly less than the cost to build - even
>> >>>> >>>> strting from a reasonably good junker.
>> >>>> >>>
>> >>>> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>> >>>> >>>
>> >>>> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in,
>and
>> >>>that
>> >>>> > was that.
>> >>>> >>>
>> >>>> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>> >>>> >>>
>> >>>> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>> >>>> >>>
>> >>>> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>> >>>> >>>
>> >>>> >>> Check out the prices on some of these mid 60s Mustangs:
>> >>>> >>>
>> >>>> >>> https://goo.gl/d0Hsfv
>> >>>> >>>
>> >>>> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
>> >>>needed
>> >>>> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>> >>>> >>>
>> >>>> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>> >>>> >>>
>> >>>> >>> Robert
>> >>>> >>>
>> >>>> >>
>> >>>> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>> >>>> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>> >>>> >> They only had American that was 30+ years old and the average price was
>> >>>> >> about 10 times original. I remember $65K for an old Road Runner with
>> >>>> >> painted wheels and hub caps.
>> >>>> >
>> >>>> > I think one thing that has changed is that
>> >>>> > American cars 15-20 years ago were a shadow of
>> >>>> > their former selves. Now the performance is
>> >>>> > back with a vengeance--who'd a thunk we'd ever
>> >>>> > see a _stock_ Caddy that does sub-12-second
>> >>>> > quarters and tops out at 200?
>> >>>> >
>> >>>>
>> >>>> It was all about getting rid of carburetors and adding electronics.
>> >>>> Those two things added HP "and" fuel economy.
>> >>>
>> >>>'60s American cars had no shortage of horsepower
>> >>>and nothing changed in the laws of physics to
>> >>>change that. What changed was the law. The
>> >>>electronics let a car that is in compliance with
>> >>>the new laws produce as much power as one that
>> >>>was produced before the laws went into effect.
>> >>
>> >>No, cars produce a lot more power now. It's not unusual to see a six
>> >>delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
>> >>stock anything.
>> >
>> >Offies did a lot more than 300HP with four cyclinders.
>> On the street? On pump gas?
>>
>> 252 cu inch, 15+:1 compression, 4 valve dohc 420HP.Turbo'd, ovewr
>> 1000HP
>
>Good luck running pump gas at 15:1 compression.
Read the rest of my post - they were running alky - and most oftern
also nitromethane.
Hiowever, with today's engine technology 15:1 CR is totally doable. -
stock Mazda engines are routinely running 14:1 on regular gas with
direct injection The Infinity QX50 2 liter turbo engine varied from
8:1 to 14:1 depending on driving conditions and puts out 268 hp and
288 ft lbs of torque.
With GDI and variable valve timing and variable CR,Static compression
ratios in the diesel realm are becoming possible.
An older engine with a static compression ratio of 13:1 and a wild cam
often had an effectice CR of only 9.6:1 due to valve overlap (which
lowered the volumetric efficiency of the engine at low speeds and
improved the volumetric efficiency at higher speeds, where a standard
cam would cause the vo;lumetriv efficiency to drop off.
On Sun, 26 Mar 2017 00:09:11 -0400, "J. Clarke"
<[email protected]> wrote:
>In article <3aeedcp36rt99rpvkn2drpgrvnsdt5g2o3@
>4ax.com>, [email protected] says...
>>
>> The law that brought you the EPA and cafe standards.
>
>What part of "physics" are you having trouble
>with?
Sorry, you are humor impaired for right now.
Casper <[email protected]> wrote:
> Alice Jones <[email protected]> was heard to mutter:
>
> >Can you tell anything about this old auto from the photos?
> >http://i.cubeupload.com/rHHKQq.jpg
> >
> >(*) round back http://i.cubeupload.com/RjfyRW.jpg
> >(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
> >(*) external fenders http://i.cubeupload.com/9UecSp.jpg
> >(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
> >
> >Is there a good way to tell what kind of solid wood was used?
> >And why would it have what looks like bullet holes in the back?
>
> For comparison...
> http://car-from-uk.com/sale.php?id=39076
So it was *not* a 1928 Durant D-60 4-door Sedan.
<[email protected]> wrote:
> On closer inspection, it's not a touring or Phaeton because the door of a
> phaeton or fordoor would go back over the fender
For me, that was clue that it couldn't be the model Casper linked to in
his post.
Alice Jones <[email protected]> wrote:
> Can you tell anything about this old auto from the photos?
> http://i.cubeupload.com/rHHKQq.jpg
>
> (*) round back http://i.cubeupload.com/RjfyRW.jpg
> (*) wood interior http://i.cubeupload.com/JtyYNW.jpg
> (*) external fenders http://i.cubeupload.com/9UecSp.jpg
> (*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>
> Is there a good way to tell what kind of solid wood was used?
> And why would it have what looks like bullet holes in the back?
>
69 Mustang, V8, with AC
On Tue, 21 Mar 2017 16:38:11 -0400, [email protected] wrote:
>On Tue, 21 Mar 2017 10:28:28 -0400, Casper <[email protected]>
>wrote:
>
>>>> On closer inspection, it's not a touring or Phaeton because the door of a
>>>> phaeton or fordoor would go back over the fender <claire@snyder>
>>
>>[email protected] (Neill Massello) was heard to mutter:
>>>For me, that was clue that it couldn't be the model Casper linked to in
>>>his post.
>>
>>I only posted the link for visual reference to a (any) Durant as
>>hubops mentioned it.
>>
>>FWIW, after looking at the back of a few Chevys (got a friend in a car
>>club with a few Chevys, Fords, etc), can't say I see a resemblance.
>>
>>I'm not as into cars as some and anyway I prefer British ones.
>>
>>Looks like Mother Earth is taking all those parts back in the photos.
> There is only ONE YEAR of Chevy yhat resembles that body - and it
>resembles it very closely. That year is 1932. NOT 1931, and NOT 1933.
>Totally different animals. 1932 was a 1 year only "baby Cadillac"
>
>see:
>http://cdn.barrett-jackson.com/staging/carlist/items/Fullsize/Cars/23514/23514_Side_Profile_Web.jpg
I'd say this matches it to a "T"
Looking at what you posted here I'd love to have the body, with a
chassis tag for registration and channel the body by setting it over a
frame and chop the top to about an 8" window, put a Tbird rear seat
(cocktail lounge style) from a late middle 60's in the rear, nice
buckets up front, a built 4 bolt main Chevy 350 with a Paxton blower
with side drafts on it, plus the usual goodies with laughing gas for
special occasions. Done up in chrome with a deep lacquer black cherry
paint job. Make a nice Sunday family drive car, ;) or Friday and
Saturday evening car for cruising and hanging out at a good burger
place.
Even a decent rat rod would be good when your too busy with other
stuff. :)
>and
>http://www.remarkablecars.com/main/chevrolet/1932-chevrolet-confederate-sedan-3.jpg
>That one is a deluxe, not a standard. Deluxe is a "6 wheeler" while
>the standard only has one spare, on the rear.
>It is also a 4 door - so you can see the one referenced by the OP
>definitely is NOT a 4 door anything.
>Here is another 2 door - not as rough as the one referenced --
>https://s-media-cache-ak0.pinimg.com/736x/d8/6d/5d/d86d5d35e3bcf038136f80d1c053f025.jpg
>and another
>http://dansoldcars.net/100_4056.jpg
>http://dansoldcars.net/100_3335.jpg
>and another:
>http://davidsclassiccars.com/images/full/1932-chevrolet-confederate-2dr-sedan-5.jpg
>and another:
>http://www.cars-on-line.com/photo/50200/32chev50237-1.jpg
>and another:
>http://davidsclassiccars.com/images/full/1932-chevrolet-chevy-confederate-2-door-sedan-original-barn-find-excellent-orig-7.jpg
>and another:
>http://smclassiccars.com/uploads/postfotos/1932-chevy-sedan-street-rod-hot-rod-5.JPG
> Note the "feature lines" at the beltline. and around the bottom of
>the "tub" - and the gastank cover.
>In all my years working on and playing with old cars I have not seen
>ANY other vehicle that so closely matches the "tub" referenced by the
>OP. It IS rather unique, when you get right down to it.
On Wednesday, March 22, 2017 at 3:47:22 PM UTC-5, [email protected] wrote:
> On Wed, 22 Mar 2017 05:26:13 -0700 (PDT), "Dr. Deb"
>=20
> >On Saturday, March 18, 2017 at 1:29:35 PM UTC-5, Alice Jones wrote:
> >> Can you tell anything about this old auto from the photos?
> >> http://i.cubeupload.com/rHHKQq.jpg
> >>=20
> >> (*) round back http://i.cubeupload.com/RjfyRW.jpg
> >> (*) wood interior http://i.cubeupload.com/JtyYNW.jpg
> >> (*) external fenders http://i.cubeupload.com/9UecSp.jpg
> >> (*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
> >>=20
> >> Is there a good way to tell what kind of solid wood was used?
> >> And why would it have what looks like bullet holes in the back?
> >
> >Cars are not my thing, but I have a friend who could put it back in pris=
tine condition. What the man does is simply amazing. He just finished his=
last restoration (he is retiring), which was a 32 Ford Cabrolet. When he =
started all he had was a body, which was in much worse shape than what you =
are showing here (rusted up 4-6" all around the bottom, no floor pan, no to=
p mechanism, no rumble seat, no hood, no chassis) , and the cowl. He deliv=
ered it (drove it over to the owner's house) Sunday and you could comb your=
hair in the paint job.=20
> I've seen some real magic done too, but there is hardly enough left
> of that Chevy to make it worth while. Lots of more complete vehicles
> around that even if more expensive to buy, will cost MUCH less to
> complete.
> That "tub" might be a good repair part for a more badly rusted, more
> complete, vehicle.
Believe me, on the last car, and it was also the last car he is doing, he h=
ad much less to start with and rolled out his door looking like it just cam=
e out of the showroom.
On Sat, 25 Mar 2017 14:36:17 -0400, "J. Clarke"
<[email protected]> wrote:
>In article <XnsA7436EBB240CEpogosupernews@
>46.165.242.91>, [email protected] says...
>>
>> "J. Clarke" <[email protected]> wrote in
>> news:[email protected]:
>>
>> > '60s American cars had no shortage of horsepower
>> > and nothing changed in the laws of physics to
>> > change that. What changed was the law. The
>> > electronics let a car that is in compliance with
>> > the new laws produce as much power as one that
>> > was produced before the laws went into effect.
>>
>> Sorry ol' buddy, but krw and clare are right, the law
>> has nothing to do with it. It is all about the laws
>> of physics, specifically those relating to thermodynamics.
>> 60's era engines were lousy at thermodynamics (and tried
>> to make up for it with vast displacements).
>
>OK, so tell us what changed in the laws of
>physics that resulted in the 1970 350 Corvette
>having 370 horsepower the same engine in 1981
>producting 190 horsepower.
The law that brought you the EPA and cafe standards. Death, taxes and
bureaucrats the things you can not avoid. The 1970 350 was reported at
370 for insurance purposes.
On Sat, 25 Mar 2017 09:44:39 -0500, Markem <[email protected]>
wrote:
>On Fri, 24 Mar 2017 23:07:16 -0400, [email protected] wrote:
>
>>On Fri, 24 Mar 2017 21:29:04 -0400, "J. Clarke"
>><[email protected]> wrote:
>>
>>>In article <15idneweQbZzO0jFnZ2dnUU7-
>>>[email protected]>, lcb11211@swbelldotnet
>>>says...
>>>>
>>>> On 3/24/2017 5:55 PM, J. Clarke wrote:
>>>> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
>>>> > [email protected]>, lcb11211@swbelldotnet
>>>> > says...
>>>> >>
>>>> >> On 3/24/2017 12:58 AM, [email protected] wrote:
>>>> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>>>> >>> .
>>>> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>>>> >>>> I HAVE restored some old vehicles, including a few "basket cases"
>>>> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
>>>> >>>> excellent cars for significantly less than the cost to build - even
>>>> >>>> strting from a reasonably good junker.
>>>> >>>
>>>> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>>>> >>>
>>>> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
>>>that
>>>> > was that.
>>>> >>>
>>>> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>>>> >>>
>>>> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>>>> >>>
>>>> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>>>> >>>
>>>> >>> Check out the prices on some of these mid 60s Mustangs:
>>>> >>>
>>>> >>> https://goo.gl/d0Hsfv
>>>> >>>
>>>> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
>>>needed
>>>> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>>>> >>>
>>>> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>>>> >>>
>>>> >>> Robert
>>>> >>>
>>>> >>
>>>> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>>>> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>>>> >> They only had American that was 30+ years old and the average price was
>>>> >> about 10 times original. I remember $65K for an old Road Runner with
>>>> >> painted wheels and hub caps.
>>>> >
>>>> > I think one thing that has changed is that
>>>> > American cars 15-20 years ago were a shadow of
>>>> > their former selves. Now the performance is
>>>> > back with a vengeance--who'd a thunk we'd ever
>>>> > see a _stock_ Caddy that does sub-12-second
>>>> > quarters and tops out at 200?
>>>> >
>>>>
>>>> It was all about getting rid of carburetors and adding electronics.
>>>> Those two things added HP "and" fuel economy.
>>>
>>>'60s American cars had no shortage of horsepower
>>>and nothing changed in the laws of physics to
>>>change that. What changed was the law. The
>>>electronics let a car that is in compliance with
>>>the new laws produce as much power as one that
>>>was produced before the laws went into effect.
>>
>>No, cars produce a lot more power now. It's not unusual to see a six
>>delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
>>stock anything.
>
>Offies did a lot more than 300HP with four cyclinders.
On the street? On pump gas?
252 cu inch, 15+:1 compression, 4 valve dohc 420HP.Turbo'd, ovewr
1000HP
On Sun, 26 Mar 2017 21:46:48 -0400, [email protected] wrote:
>On Mon, 27 Mar 2017 01:09:16 +0000 (UTC), John McCoy
><[email protected]> wrote:
>
>>[email protected] wrote in news:bjhgdcpjf6g5q717qsm4m8ri1blbm4lkkr@
>>4ax.com:
>>
>>> And to the best of my knowlege virtually all Sprint and Indy engines
>>> have been running Methanol since the sixties, or even earlier.. LONG
>>> before the Turbo Indy engines.
>>
>>Methanol(*) was used on and off from the 30s. It has the great
>>advantage of being detonation-proof if you run rich, and
>>there's no power loss if it's rich. With mechanical fuel
>>injection you couldn't control the mixture all that well,
>>so methanol was the way to go.
>>
>>That said, methanol is a pain to work with, so a lot of guys
>>found it simpler and cheaper to stick with a carb and gas.
>>With the tires available even into the 60s the Offy could
>>usually overpower them on gas, unless it was a big track
>>like a mile (or, of course, Indy).
>>
>>John
>>
>>(* vaguely on topic reference - methanol comes from wood)
> Most of the sanctioned tracks REQUIRED methanol by the sixties. USAC
>for sure requires Methanol - and most sprint cars today run either 360
>or 410 cu inch V8s. - with a 305 inch class gaining ground.
>
>Upon checking the rule books, ALL USAC sprint and midget classes are
>limited to alcohol fuel - most classes Methanol only - some classes
>allow Ignite Ethanol or Methanol. NONE allow gasoline of ANY type..
>
>
> This has been true for as long as I can remember.
Further investigation reveals USAC made the switch to methanol in
1964/65 for sprint and Indy racing - at leat one USAC sprint class has
switched exclusively to Ignite Red Ethanol over the last couple of
years.
In article <56dddcdck6r8coh5gps5nd5d3ir04u0ghj@
4ax.com>, [email protected] says...
>
> On Sat, 25 Mar 2017 09:44:39 -0500, Markem <[email protected]>
> wrote:
>
> >On Fri, 24 Mar 2017 23:07:16 -0400, [email protected] wrote:
> >
> >>On Fri, 24 Mar 2017 21:29:04 -0400, "J. Clarke"
> >><[email protected]> wrote:
> >>
> >>>In article <15idneweQbZzO0jFnZ2dnUU7-
> >>>[email protected]>, lcb11211@swbelldotnet
> >>>says...
> >>>>
> >>>> On 3/24/2017 5:55 PM, J. Clarke wrote:
> >>>> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
> >>>> > [email protected]>, lcb11211@swbelldotnet
> >>>> > says...
> >>>> >>
> >>>> >> On 3/24/2017 12:58 AM, [email protected] wrote:
> >>>> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
> >>>> >>> .
> >>>> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
> >>>> >>>> I HAVE restored some old vehicles, including a few "basket cases"
> >>>> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
> >>>> >>>> excellent cars for significantly less than the cost to build - even
> >>>> >>>> strting from a reasonably good junker.
> >>>> >>>
> >>>> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
> >>>> >>>
> >>>> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in,
and
> >>>that
> >>>> > was that.
> >>>> >>>
> >>>> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
> >>>> >>>
> >>>> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
> >>>> >>>
> >>>> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
> >>>> >>>
> >>>> >>> Check out the prices on some of these mid 60s Mustangs:
> >>>> >>>
> >>>> >>> https://goo.gl/d0Hsfv
> >>>> >>>
> >>>> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
> >>>needed
> >>>> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
> >>>> >>>
> >>>> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
> >>>> >>>
> >>>> >>> Robert
> >>>> >>>
> >>>> >>
> >>>> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
> >>>> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
> >>>> >> They only had American that was 30+ years old and the average price was
> >>>> >> about 10 times original. I remember $65K for an old Road Runner with
> >>>> >> painted wheels and hub caps.
> >>>> >
> >>>> > I think one thing that has changed is that
> >>>> > American cars 15-20 years ago were a shadow of
> >>>> > their former selves. Now the performance is
> >>>> > back with a vengeance--who'd a thunk we'd ever
> >>>> > see a _stock_ Caddy that does sub-12-second
> >>>> > quarters and tops out at 200?
> >>>> >
> >>>>
> >>>> It was all about getting rid of carburetors and adding electronics.
> >>>> Those two things added HP "and" fuel economy.
> >>>
> >>>'60s American cars had no shortage of horsepower
> >>>and nothing changed in the laws of physics to
> >>>change that. What changed was the law. The
> >>>electronics let a car that is in compliance with
> >>>the new laws produce as much power as one that
> >>>was produced before the laws went into effect.
> >>
> >>No, cars produce a lot more power now. It's not unusual to see a six
> >>delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
> >>stock anything.
> >
> >Offies did a lot more than 300HP with four cyclinders.
> On the street? On pump gas?
>
> 252 cu inch, 15+:1 compression, 4 valve dohc 420HP.Turbo'd, ovewr
> 1000HP
Good luck running pump gas at 15:1 compression.
In article <3aeedcp36rt99rpvkn2drpgrvnsdt5g2o3@
4ax.com>, [email protected] says...
>
> On Sat, 25 Mar 2017 14:36:17 -0400, "J. Clarke"
> <[email protected]> wrote:
>
> >In article <XnsA7436EBB240CEpogosupernews@
> >46.165.242.91>, [email protected] says...
> >>
> >> "J. Clarke" <[email protected]> wrote in
> >> news:[email protected]:
> >>
> >> > '60s American cars had no shortage of horsepower
> >> > and nothing changed in the laws of physics to
> >> > change that. What changed was the law. The
> >> > electronics let a car that is in compliance with
> >> > the new laws produce as much power as one that
> >> > was produced before the laws went into effect.
> >>
> >> Sorry ol' buddy, but krw and clare are right, the law
> >> has nothing to do with it. It is all about the laws
> >> of physics, specifically those relating to thermodynamics.
> >> 60's era engines were lousy at thermodynamics (and tried
> >> to make up for it with vast displacements).
> >
> >OK, so tell us what changed in the laws of
> >physics that resulted in the 1970 350 Corvette
> >having 370 horsepower the same engine in 1981
> >producting 190 horsepower.
>
> The law that brought you the EPA and cafe standards.
What part of "physics" are you having trouble
with?
On Sat, 25 Mar 2017 14:39:38 -0400, "J. Clarke"
<[email protected]> wrote:
>In article <L7-dnfIq04WrCEvFnZ2dnUU7-
>[email protected]>, lcb11211@swbelldotnet
>says...
>>
>> On 3/24/2017 8:29 PM, J. Clarke wrote:
>> > In article <15idneweQbZzO0jFnZ2dnUU7-
>> > [email protected]>, lcb11211@swbelldotnet
>> > says...
>> >>
>> >> On 3/24/2017 5:55 PM, J. Clarke wrote:
>> >>> In article <MomdnWLWe_muA0jFnZ2dnUU7-
>> >>> [email protected]>, lcb11211@swbelldotnet
>> >>> says...
>> >>>>
>> >>>> On 3/24/2017 12:58 AM, [email protected] wrote:
>> >>>>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>> >>>>> .
>> >>>>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>> >>>>>> I HAVE restored some old vehicles, including a few "basket cases"
>> >>>>>> Even at Barrett Jackson auctions, you can usually buy very good to
>> >>>>>> excellent cars for significantly less than the cost to build - even
>> >>>>>> strting from a reasonably good junker.
>> >>>>>
>> >>>>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>> >>>>>
>> >>>>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
>> > that
>> >>> was that.
>> >>>>>
>> >>>>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>> >>>>>
>> >>>>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>> >>>>>
>> >>>>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>> >>>>>
>> >>>>> Check out the prices on some of these mid 60s Mustangs:
>> >>>>>
>> >>>>> https://goo.gl/d0Hsfv
>> >>>>>
>> >>>>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
>> > needed
>> >>> a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>> >>>>>
>> >>>>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>> >>>>>
>> >>>>> Robert
>> >>>>>
>> >>>>
>> >>>> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>> >>>> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>> >>>> They only had American that was 30+ years old and the average price was
>> >>>> about 10 times original. I remember $65K for an old Road Runner with
>> >>>> painted wheels and hub caps.
>> >>>
>> >>> I think one thing that has changed is that
>> >>> American cars 15-20 years ago were a shadow of
>> >>> their former selves. Now the performance is
>> >>> back with a vengeance--who'd a thunk we'd ever
>> >>> see a _stock_ Caddy that does sub-12-second
>> >>> quarters and tops out at 200?
>> >>>
>> >>
>> >> It was all about getting rid of carburetors and adding electronics.
>> >> Those two things added HP "and" fuel economy.
>> >
>> > '60s American cars had no shortage of horsepower
>> > and nothing changed in the laws of physics to
>> > change that. What changed was the law. The
>> > electronics let a car that is in compliance with
>> > the new laws produce as much power as one that
>> > was produced before the laws went into effect.
>> >
>>
>> I am not arguing that, HP in the 60's, but they got terrible gas
>> mileage. That is why I said getting rid of carbs and adding electronics
>> is how the HP has returned and fuel economy.
>
>Yes, the electronics and so on allow emission
>controlled engines to work well. But that does
>not alter the fact that the emission controls
>pulled performance way way down for a long time.
>
>And a car in the '60s could get good mileage,
>it's just that that cost more than the typical
>American was going to spend--Ferraris got quite
>remarkable mileage considering the performance.
>
They weighed half what a Mustang weighed too, and had less flat plate
area and a lower Cd.
[email protected] wrote:
Guys - learn how to snip!
--
-Mike-
[email protected]
---
This email has been checked for viruses by Avast antivirus software.
https://www.avast.com/antivirus
On Sat, 25 Mar 2017 14:36:17 -0400, "J. Clarke"
<[email protected]> wrote:
>In article <XnsA7436EBB240CEpogosupernews@
>46.165.242.91>, [email protected] says...
>>
>> "J. Clarke" <[email protected]> wrote in
>> news:[email protected]:
>>
>> > '60s American cars had no shortage of horsepower
>> > and nothing changed in the laws of physics to
>> > change that. What changed was the law. The
>> > electronics let a car that is in compliance with
>> > the new laws produce as much power as one that
>> > was produced before the laws went into effect.
>>
>> Sorry ol' buddy, but krw and clare are right, the law
>> has nothing to do with it. It is all about the laws
>> of physics, specifically those relating to thermodynamics.
>> 60's era engines were lousy at thermodynamics (and tried
>> to make up for it with vast displacements).
>
>OK, so tell us what changed in the laws of
>physics that resulted in the 1970 350 Corvette
>having 370 horsepower the same engine in 1981
>producting 190 horsepower.
Gross vs net horsepower, for one, and a whole lot of changes to
things like compression ratio and cam profilkes that made it far from
"the same engine". The laws of physics didn't change.The accountants
running the auto companies over-rode the engineers so radical
engineering that could have met the emissions targets and fuel economy
targets never saw the light of day.- Untill the Japs did it and the
American companies had to follow or die. By this time the technology
required was becoming mainstream.
On Sat, 25 Mar 2017 09:44:39 -0500, Markem <[email protected]>
wrote:
>On Fri, 24 Mar 2017 23:07:16 -0400, [email protected] wrote:
>
>>On Fri, 24 Mar 2017 21:29:04 -0400, "J. Clarke"
>><[email protected]> wrote:
>>
>>>In article <15idneweQbZzO0jFnZ2dnUU7-
>>>[email protected]>, lcb11211@swbelldotnet
>>>says...
>>>>
>>>> On 3/24/2017 5:55 PM, J. Clarke wrote:
>>>> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
>>>> > [email protected]>, lcb11211@swbelldotnet
>>>> > says...
>>>> >>
>>>> >> On 3/24/2017 12:58 AM, [email protected] wrote:
>>>> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>>>> >>> .
>>>> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>>>> >>>> I HAVE restored some old vehicles, including a few "basket cases"
>>>> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
>>>> >>>> excellent cars for significantly less than the cost to build - even
>>>> >>>> strting from a reasonably good junker.
>>>> >>>
>>>> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>>>> >>>
>>>> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
>>>that
>>>> > was that.
>>>> >>>
>>>> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>>>> >>>
>>>> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>>>> >>>
>>>> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>>>> >>>
>>>> >>> Check out the prices on some of these mid 60s Mustangs:
>>>> >>>
>>>> >>> https://goo.gl/d0Hsfv
>>>> >>>
>>>> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
>>>needed
>>>> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>>>> >>>
>>>> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>>>> >>>
>>>> >>> Robert
>>>> >>>
>>>> >>
>>>> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>>>> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>>>> >> They only had American that was 30+ years old and the average price was
>>>> >> about 10 times original. I remember $65K for an old Road Runner with
>>>> >> painted wheels and hub caps.
>>>> >
>>>> > I think one thing that has changed is that
>>>> > American cars 15-20 years ago were a shadow of
>>>> > their former selves. Now the performance is
>>>> > back with a vengeance--who'd a thunk we'd ever
>>>> > see a _stock_ Caddy that does sub-12-second
>>>> > quarters and tops out at 200?
>>>> >
>>>>
>>>> It was all about getting rid of carburetors and adding electronics.
>>>> Those two things added HP "and" fuel economy.
>>>
>>>'60s American cars had no shortage of horsepower
>>>and nothing changed in the laws of physics to
>>>change that. What changed was the law. The
>>>electronics let a car that is in compliance with
>>>the new laws produce as much power as one that
>>>was produced before the laws went into effect.
>>
>>No, cars produce a lot more power now. It's not unusual to see a six
>>delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
>>stock anything.
>
>Offies did a lot more than 300HP with four cyclinders.
I don't remember looking at them in the showroom.
On Thu, 23 Mar 2017 21:03:48 -0400, Ed Pawlowski <[email protected]> wrote:
>On 3/23/2017 11:42 AM, Leon wrote:
>
>> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
>> and pretty much in running condition hidden away in a garage. They
>> bought it and just cleaned it up and then entered it in the Pebble Beach
>> Show and won first prize for not restoring. It ran well considering
>> it's age. 1921 model.
>
>
>When you drive a new car off the lot you lose at least 10% so it has
>lost a lot of value. Even worse, it is a discontinued model. Not worth
>much more than scrap value, I'd guess.
A Stutz? I guess you haven't seen the auto auctions on the TeeVee.
On Sat, 18 Mar 2017 18:29:31 +0000 (UTC), Alice Jones
<[email protected]> wrote:
>Can you tell anything about this old auto from the photos?
>http://i.cubeupload.com/rHHKQq.jpg
>
>(*) round back http://i.cubeupload.com/RjfyRW.jpg
>(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>
>Is there a good way to tell what kind of solid wood was used?
>And why would it have what looks like bullet holes in the back?
Ash and Oak were commonly used for automotive body framing - Fischer
Body division of General Motors used wood framing up untill 1937.
On 3/23/2017 8:03 PM, Ed Pawlowski wrote:
> On 3/23/2017 11:42 AM, Leon wrote:
>
>> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
>> and pretty much in running condition hidden away in a garage. They
>> bought it and just cleaned it up and then entered it in the Pebble Beach
>> Show and won first prize for not restoring. It ran well considering
>> it's age. 1921 model.
>
>
> When you drive a new car off the lot you lose at least 10% so it has
> lost a lot of value. Even worse, it is a discontinued model. Not worth
> much more than scrap value, I'd guess.
Well actually it loses value because if you immediately trade it in it
has to be sold at a profit again, and no one is going to pay more than
retail.
On 3/23/2017 6:17 PM, [email protected] wrote:
> On Thu, 23 Mar 2017 16:37:48 -0500, Leon <lcb11211@swbelldotnet>
> wrote:
>
>> On 3/23/2017 3:45 PM, Scott Lurndal wrote:
>>> John McCoy <[email protected]> writes:
>>>> Leon <lcb11211@swbelldotnet> wrote in
>>>> news:[email protected]:
>>>>
>>>>> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
>>>>> and pretty much in running condition hidden away in a garage. They
>>>>> bought it and just cleaned it up and then entered it in the Bebble
>>>>> Beach Show and won first prize for not restoring. It ran well
>>>>> considering it's age. 1921 model.
>>>>
>>>> That seems to be a thing now. It's a bit like patina on
>>>> old tools - as long as the car is sound, the less you do
>>>> to it the more it's valued.
>>>
>>> I wonder if that's because most restorations seldom get back
>>> what was put into them?
>>>
>>
>> That would make perfect sense. I can not think of any other reason.
>>
>> OR to keep it authentic. Paint not so much but I would imagine it would
>> be very difficult to find parts for a very old vehicle.
> The big reason is "it's only original once"
> An "as found" that is not wearing it's original paint may as well be
> restored, as it is no longer "original"
> An "original" "survivor" car is a very rare thing - particularly
> something like a '21 Bearcat.
>
But most of the "original" unrestored vehicles have little to no paint,
mostly rust.
On 3/25/2017 9:52 AM, John McCoy wrote:
> "J. Clarke" <[email protected]> wrote in
> news:[email protected]:
>
>> '60s American cars had no shortage of horsepower
>> and nothing changed in the laws of physics to
>> change that. What changed was the law. The
>> electronics let a car that is in compliance with
>> the new laws produce as much power as one that
>> was produced before the laws went into effect.
>
> Sorry ol' buddy, but krw and clare are right, the law
> has nothing to do with it. It is all about the laws
> of physics, specifically those relating to thermodynamics.
> 60's era engines were lousy at thermodynamics (and tried
> to make up for it with vast displacements).
>
> Modern engines have overhead cams and much "cleaner"
> intake manifolds - result is much better airflow into
> the engine. Modern engines have fuel injection -
> which means the exact right amount of fuel for best
> combustion, 60's engines had carbs, which just gave
> a rough approximation of the right amount of fuel.
> Engines today have knock sensors and electronic
> ignitions, which means you can have higher compression
> (better thermodynamically) and the spark occurs at
> the optimum time for mechanical advantage (you want
> peak cylinder pressure with the piston about 1/4th
> down the cylinder, for best leverage on the crank).
>
> All these things (and that doesn't even touch on
> variable valve timing and turbos and other exotica)
> mean engines today produce twice as much power per
> cubic inch displacement as 60's engines did. They
> are far more powerful than those dinosaurs.
>
> John
>
+1 ;~)
On 3/24/2017 8:29 PM, J. Clarke wrote:
> In article <15idneweQbZzO0jFnZ2dnUU7-
> [email protected]>, lcb11211@swbelldotnet
> says...
>>
>> On 3/24/2017 5:55 PM, J. Clarke wrote:
>>> In article <MomdnWLWe_muA0jFnZ2dnUU7-
>>> [email protected]>, lcb11211@swbelldotnet
>>> says...
>>>>
>>>> On 3/24/2017 12:58 AM, [email protected] wrote:
>>>>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>>>>> .
>>>>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>>>>>> I HAVE restored some old vehicles, including a few "basket cases"
>>>>>> Even at Barrett Jackson auctions, you can usually buy very good to
>>>>>> excellent cars for significantly less than the cost to build - even
>>>>>> strting from a reasonably good junker.
>>>>>
>>>>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>>>>>
>>>>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
> that
>>> was that.
>>>>>
>>>>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>>>>>
>>>>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>>>>>
>>>>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>>>>>
>>>>> Check out the prices on some of these mid 60s Mustangs:
>>>>>
>>>>> https://goo.gl/d0Hsfv
>>>>>
>>>>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
> needed
>>> a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>>>>>
>>>>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>>>>>
>>>>> Robert
>>>>>
>>>>
>>>> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>>>> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>>>> They only had American that was 30+ years old and the average price was
>>>> about 10 times original. I remember $65K for an old Road Runner with
>>>> painted wheels and hub caps.
>>>
>>> I think one thing that has changed is that
>>> American cars 15-20 years ago were a shadow of
>>> their former selves. Now the performance is
>>> back with a vengeance--who'd a thunk we'd ever
>>> see a _stock_ Caddy that does sub-12-second
>>> quarters and tops out at 200?
>>>
>>
>> It was all about getting rid of carburetors and adding electronics.
>> Those two things added HP "and" fuel economy.
>
> '60s American cars had no shortage of horsepower
> and nothing changed in the laws of physics to
> change that. What changed was the law. The
> electronics let a car that is in compliance with
> the new laws produce as much power as one that
> was produced before the laws went into effect.
>
I am not arguing that, HP in the 60's, but they got terrible gas
mileage. That is why I said getting rid of carbs and adding electronics
is how the HP has returned and fuel economy.
In article <MomdnWLWe_muA0jFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/24/2017 12:58 AM, [email protected] wrote:
> > On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
> > .
> >> Except for rare vehicles, it NEVER makes any financial sense (and yes,
> >> I HAVE restored some old vehicles, including a few "basket cases"
> >> Even at Barrett Jackson auctions, you can usually buy very good to
> >> excellent cars for significantly less than the cost to build - even
> >> strting from a reasonably good junker.
> >
> > One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
> >
> > The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and that
was that.
> >
> > He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
> >
> > He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
> >
> > We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
> >
> > Check out the prices on some of these mid 60s Mustangs:
> >
> > https://goo.gl/d0Hsfv
> >
> > Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He needed
a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
> >
> > He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
> >
> > Robert
> >
>
> WOW! Things have changed. My son and I used to visit "Street of Dreams"
> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
> They only had American that was 30+ years old and the average price was
> about 10 times original. I remember $65K for an old Road Runner with
> painted wheels and hub caps.
I think one thing that has changed is that
American cars 15-20 years ago were a shadow of
their former selves. Now the performance is
back with a vengeance--who'd a thunk we'd ever
see a _stock_ Caddy that does sub-12-second
quarters and tops out at 200?
In article <15idneweQbZzO0jFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/24/2017 5:55 PM, J. Clarke wrote:
> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
> > [email protected]>, lcb11211@swbelldotnet
> > says...
> >>
> >> On 3/24/2017 12:58 AM, [email protected] wrote:
> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
> >>> .
> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
> >>>> I HAVE restored some old vehicles, including a few "basket cases"
> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
> >>>> excellent cars for significantly less than the cost to build - even
> >>>> strting from a reasonably good junker.
> >>>
> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
> >>>
> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
that
> > was that.
> >>>
> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
> >>>
> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
> >>>
> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
> >>>
> >>> Check out the prices on some of these mid 60s Mustangs:
> >>>
> >>> https://goo.gl/d0Hsfv
> >>>
> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
needed
> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
> >>>
> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
> >>>
> >>> Robert
> >>>
> >>
> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
> >> They only had American that was 30+ years old and the average price was
> >> about 10 times original. I remember $65K for an old Road Runner with
> >> painted wheels and hub caps.
> >
> > I think one thing that has changed is that
> > American cars 15-20 years ago were a shadow of
> > their former selves. Now the performance is
> > back with a vengeance--who'd a thunk we'd ever
> > see a _stock_ Caddy that does sub-12-second
> > quarters and tops out at 200?
> >
>
> It was all about getting rid of carburetors and adding electronics.
> Those two things added HP "and" fuel economy.
'60s American cars had no shortage of horsepower
and nothing changed in the laws of physics to
change that. What changed was the law. The
electronics let a car that is in compliance with
the new laws produce as much power as one that
was produced before the laws went into effect.
[email protected] wrote in news:bjhgdcpjf6g5q717qsm4m8ri1blbm4lkkr@
4ax.com:
> And to the best of my knowlege virtually all Sprint and Indy engines
> have been running Methanol since the sixties, or even earlier.. LONG
> before the Turbo Indy engines.
Methanol(*) was used on and off from the 30s. It has the great
advantage of being detonation-proof if you run rich, and
there's no power loss if it's rich. With mechanical fuel
injection you couldn't control the mixture all that well,
so methanol was the way to go.
That said, methanol is a pain to work with, so a lot of guys
found it simpler and cheaper to stick with a carb and gas.
With the tires available even into the 60s the Offy could
usually overpower them on gas, unless it was a big track
like a mile (or, of course, Indy).
John
(* vaguely on topic reference - methanol comes from wood)
On Sun, 26 Mar 2017 18:18:15 -0400, "J. Clarke"
<[email protected]> wrote:
>In article <XnsA744ACBF6BA53pogosupernews@
>46.165.242.91>, [email protected] says...
>>
>> "J. Clarke" <[email protected]> wrote in
>> news:[email protected]:
>>
>> > In article <XnsA744769601979pogosupernews@
>> > 46.165.242.91>, [email protected] says...
>>
>> >> The turbo Offys didn't, but the engine was originally
>> >> designed for dirt track (sprint) cars, and those
>> >> engines ran on pump gas, as did the original Indy
>> >> Offys. By the time turbos came in, gasoline had been
>> >> banned at Indy for safety reasons, and all the engines
>> >> ran on methanol.
>> >
>> > So were the "sprint car Offys" running that 15:1
>> > compression that was mentioned as one of the
>> > characteristics of the high output engine that
>> > was mentioned?
>>
>> Not sure what relevance that has to anything, but
>> no, those engines would have been around 10:1.
>> Bearing in mind that this was late 30's to early
>> 50's, and production car engines would have been
>> 6:1 or less. (also bearing in mind that Offys
>> were built to order, and they would happily
>> make any compression ratio you wanted).
>>
>> John
>
>Since the mention of Offenhausers was in the
>context of power per cubic inch on pump gasoline
>and the example used was an Offy with 15:1
>compression it's very relevant that the example
>did not run on pump gas.
And to the best of my knowlege virtually all Sprint and Indy engines
have been running Methanol since the sixties, or even earlier.. LONG
before the Turbo Indy engines.
On Wed, 29 Mar 2017 20:02:01 +0000 (UTC), John McCoy
<[email protected]> wrote:
>[email protected] wrote in news:[email protected]:
>
>> On Wed, 29 Mar 2017 01:47:40 +0000 (UTC), John McCoy
>> <[email protected]> wrote:
>>
>>>[email protected] wrote in news:[email protected]:
>>>
>>>> On Tue, 28 Mar 2017 19:37:37 +0000 (UTC), John McCoy
>>>> <[email protected]> wrote:
>
>>>>>>> alcohol won't explode like
>>>>>>> gasoline
>
>>>>> The difference
>>>>> is gasoline is more volatile, so it turns into vapor much
>>>>> more readily than methanol.
>>>>
>>>> It also has twice the energy density. Rinse, repeat.
>>>
>>>True, altho that has no bearing on it's propensity to explode.
>>
>> Sure it does. More energy causes more sublimation, causes more
>> energy...
>
>You lost the context. I've snipped some of the thread to
>make it more clear: the reason gasoline is prone to explode
>in crashes, and alcohol isn't, is that gasoline is more
>volatile than alcohol. In that context energy density has
>no relevance.
OK, the energy release has nothing to do with it. OK, then...
In article <XnsA7436EBB240CEpogosupernews@
46.165.242.91>, [email protected] says...
>
> "J. Clarke" <[email protected]> wrote in
> news:[email protected]:
>
> > '60s American cars had no shortage of horsepower
> > and nothing changed in the laws of physics to
> > change that. What changed was the law. The
> > electronics let a car that is in compliance with
> > the new laws produce as much power as one that
> > was produced before the laws went into effect.
>
> Sorry ol' buddy, but krw and clare are right, the law
> has nothing to do with it. It is all about the laws
> of physics, specifically those relating to thermodynamics.
> 60's era engines were lousy at thermodynamics (and tried
> to make up for it with vast displacements).
OK, so tell us what changed in the laws of
physics that resulted in the 1970 350 Corvette
having 370 horsepower the same engine in 1981
producting 190 horsepower.
In article <L7-dnfIq04WrCEvFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/24/2017 8:29 PM, J. Clarke wrote:
> > In article <15idneweQbZzO0jFnZ2dnUU7-
> > [email protected]>, lcb11211@swbelldotnet
> > says...
> >>
> >> On 3/24/2017 5:55 PM, J. Clarke wrote:
> >>> In article <MomdnWLWe_muA0jFnZ2dnUU7-
> >>> [email protected]>, lcb11211@swbelldotnet
> >>> says...
> >>>>
> >>>> On 3/24/2017 12:58 AM, [email protected] wrote:
> >>>>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
> >>>>> .
> >>>>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
> >>>>>> I HAVE restored some old vehicles, including a few "basket cases"
> >>>>>> Even at Barrett Jackson auctions, you can usually buy very good to
> >>>>>> excellent cars for significantly less than the cost to build - even
> >>>>>> strting from a reasonably good junker.
> >>>>>
> >>>>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
> >>>>>
> >>>>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
> > that
> >>> was that.
> >>>>>
> >>>>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
> >>>>>
> >>>>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
> >>>>>
> >>>>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
> >>>>>
> >>>>> Check out the prices on some of these mid 60s Mustangs:
> >>>>>
> >>>>> https://goo.gl/d0Hsfv
> >>>>>
> >>>>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
> > needed
> >>> a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
> >>>>>
> >>>>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
> >>>>>
> >>>>> Robert
> >>>>>
> >>>>
> >>>> WOW! Things have changed. My son and I used to visit "Street of Dreams"
> >>>> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
> >>>> They only had American that was 30+ years old and the average price was
> >>>> about 10 times original. I remember $65K for an old Road Runner with
> >>>> painted wheels and hub caps.
> >>>
> >>> I think one thing that has changed is that
> >>> American cars 15-20 years ago were a shadow of
> >>> their former selves. Now the performance is
> >>> back with a vengeance--who'd a thunk we'd ever
> >>> see a _stock_ Caddy that does sub-12-second
> >>> quarters and tops out at 200?
> >>>
> >>
> >> It was all about getting rid of carburetors and adding electronics.
> >> Those two things added HP "and" fuel economy.
> >
> > '60s American cars had no shortage of horsepower
> > and nothing changed in the laws of physics to
> > change that. What changed was the law. The
> > electronics let a car that is in compliance with
> > the new laws produce as much power as one that
> > was produced before the laws went into effect.
> >
>
> I am not arguing that, HP in the 60's, but they got terrible gas
> mileage. That is why I said getting rid of carbs and adding electronics
> is how the HP has returned and fuel economy.
Yes, the electronics and so on allow emission
controlled engines to work well. But that does
not alter the fact that the emission controls
pulled performance way way down for a long time.
And a car in the '60s could get good mileage,
it's just that that cost more than the typical
American was going to spend--Ferraris got quite
remarkable mileage considering the performance.
In article <mpOdnaWoI5LWpkrFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/25/2017 1:36 PM, J. Clarke wrote:
> > In article <XnsA7436EBB240CEpogosupernews@
> > 46.165.242.91>, [email protected] says...
> >>
> >> "J. Clarke" <[email protected]> wrote in
> >> news:[email protected]:
> >>
> >>> '60s American cars had no shortage of horsepower
> >>> and nothing changed in the laws of physics to
> >>> change that. What changed was the law. The
> >>> electronics let a car that is in compliance with
> >>> the new laws produce as much power as one that
> >>> was produced before the laws went into effect.
> >>
> >> Sorry ol' buddy, but krw and clare are right, the law
> >> has nothing to do with it. It is all about the laws
> >> of physics, specifically those relating to thermodynamics.
> >> 60's era engines were lousy at thermodynamics (and tried
> >> to make up for it with vast displacements).
> >
> > OK, so tell us what changed in the laws of
> > physics that resulted in the 1970 350 Corvette
> > having 370 horsepower the same engine in 1981
> > producting 190 horsepower.
> >
>
>
> First off old hp ratings methods change IIRC in 1972. From that point
> the ratings were SAE, which significantly lowered the published ratings.
And this is related to "the laws of physics"
because?
> Later models had the inefficient catalytic converters, smog pumps,
> smaller carburetors, etc. All of those items robbed the engines of
> power all in the interest of controlling emissions.
And this is related to "the laws of physics"
because?
> Once the multi port fuel injection, mass air flow sensors, better intake
> design, better cataleptic converters, no more smog pumps, computer
> controlled monitored sensors, and ignition timing entered into the
> picture emissions were not as big of an obstacle to over come and we
> ended up with cleaner burning higher HP rated engines.
And catalytic converters, smog pumps, etc were
required because of what "laws of physics"?
In article <jcmdnWMddKeAUErFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/26/2017 12:36 AM, J. Clarke wrote:
> > In article <mpOdnaWoI5LWpkrFnZ2dnUU7-
> > [email protected]>, lcb11211@swbelldotnet
> > says...
> >>
> >> On 3/25/2017 1:36 PM, J. Clarke wrote:
> >>> In article <XnsA7436EBB240CEpogosupernews@
> >>> 46.165.242.91>, [email protected] says...
> >>>>
> >>>> "J. Clarke" <[email protected]> wrote in
> >>>> news:[email protected]:
> >>>>
> >>>>> '60s American cars had no shortage of horsepower
> >>>>> and nothing changed in the laws of physics to
> >>>>> change that. What changed was the law. The
> >>>>> electronics let a car that is in compliance with
> >>>>> the new laws produce as much power as one that
> >>>>> was produced before the laws went into effect.
> >>>>
> >>>> Sorry ol' buddy, but krw and clare are right, the law
> >>>> has nothing to do with it. It is all about the laws
> >>>> of physics, specifically those relating to thermodynamics.
> >>>> 60's era engines were lousy at thermodynamics (and tried
> >>>> to make up for it with vast displacements).
> >>>
> >>> OK, so tell us what changed in the laws of
> >>> physics that resulted in the 1970 350 Corvette
> >>> having 370 horsepower the same engine in 1981
> >>> producting 190 horsepower.
> >>>
> >>
> >>
> >> First off old hp ratings methods change IIRC in 1972. From that point
> >> the ratings were SAE, which significantly lowered the published ratings.
> >
> > And this is related to "the laws of physics"
> > because?
> >
> >> Later models had the inefficient catalytic converters, smog pumps,
> >> smaller carburetors, etc. All of those items robbed the engines of
> >> power all in the interest of controlling emissions.
> >
> > And this is related to "the laws of physics"
> > because?
> >
> >> Once the multi port fuel injection, mass air flow sensors, better intake
> >> design, better cataleptic converters, no more smog pumps, computer
> >> controlled monitored sensors, and ignition timing entered into the
> >> picture emissions were not as big of an obstacle to over come and we
> >> ended up with cleaner burning higher HP rated engines.
> >
> > And catalytic converters, smog pumps, etc were
> > required because of what "laws of physics"?
> >
>
>
> You seem to be in over your head here.
Rather than explaining why they are required by
"the laws of physics" rather than the laws of
Congress, you start with the insults. Very
good.
In article <-OadnSEerI1Kr0XFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/26/2017 3:09 PM, J. Clarke wrote:
> > In article <jcmdnWMddKeAUErFnZ2dnUU7-
> > [email protected]>, lcb11211@swbelldotnet
> > says...
> >>
> >> On 3/26/2017 12:36 AM, J. Clarke wrote:
> >>> In article <mpOdnaWoI5LWpkrFnZ2dnUU7-
> >>> [email protected]>, lcb11211@swbelldotnet
> >>> says...
> >>>>
> >>>> On 3/25/2017 1:36 PM, J. Clarke wrote:
> >>>>> In article <XnsA7436EBB240CEpogosupernews@
> >>>>> 46.165.242.91>, [email protected] says...
> >>>>>>
> >>>>>> "J. Clarke" <[email protected]> wrote in
> >>>>>> news:[email protected]:
> >>>>>>
> >>>>>>> '60s American cars had no shortage of horsepower
> >>>>>>> and nothing changed in the laws of physics to
> >>>>>>> change that. What changed was the law. The
> >>>>>>> electronics let a car that is in compliance with
> >>>>>>> the new laws produce as much power as one that
> >>>>>>> was produced before the laws went into effect.
> >>>>>>
> >>>>>> Sorry ol' buddy, but krw and clare are right, the law
> >>>>>> has nothing to do with it. It is all about the laws
> >>>>>> of physics, specifically those relating to thermodynamics.
> >>>>>> 60's era engines were lousy at thermodynamics (and tried
> >>>>>> to make up for it with vast displacements).
> >>>>>
> >>>>> OK, so tell us what changed in the laws of
> >>>>> physics that resulted in the 1970 350 Corvette
> >>>>> having 370 horsepower the same engine in 1981
> >>>>> producting 190 horsepower.
> >>>>>
> >>>>
> >>>>
> >>>> First off old hp ratings methods change IIRC in 1972. From that point
> >>>> the ratings were SAE, which significantly lowered the published ratings.
> >>>
> >>> And this is related to "the laws of physics"
> >>> because?
> >>>
> >>>> Later models had the inefficient catalytic converters, smog pumps,
> >>>> smaller carburetors, etc. All of those items robbed the engines of
> >>>> power all in the interest of controlling emissions.
> >>>
> >>> And this is related to "the laws of physics"
> >>> because?
> >>>
> >>>> Once the multi port fuel injection, mass air flow sensors, better intake
> >>>> design, better cataleptic converters, no more smog pumps, computer
> >>>> controlled monitored sensors, and ignition timing entered into the
> >>>> picture emissions were not as big of an obstacle to over come and we
> >>>> ended up with cleaner burning higher HP rated engines.
> >>>
> >>> And catalytic converters, smog pumps, etc were
> >>> required because of what "laws of physics"?
> >>>
> >>
> >>
> >> You seem to be in over your head here.
> >
> > Rather than explaining why they are required by
> > "the laws of physics" rather than the laws of
> > Congress, you start with the insults. Very
> > good.
> >
>
> No insults, you simply do not know what changes came about in the
> automotive industry and the effects those changes made to emissions and
> HP. There were NO laws governing HP.
And now you start with the straw men. Nobody
asserted that there were laws governing
horsepower. That's something that you're making
up in an effort to derail the conversation.
> Pollution control robbed high HP
> engines of their power.
And why did engines have pollution control?
> And as I mentioned several posts back, electronics and the abandonment
> of the carburetor brought back HP and lowered emissions.
Which nobody is disputing.
Why can't you just admit that the emission
control systems came about because men passed
laws and not because of any requirement of
physics and quit wasting everybody's time?
On 3/26/2017 5:21 PM, J. Clarke wrote:
>>> good.
>>>
>>
>> No insults, you simply do not know what changes came about in the
>> automotive industry and the effects those changes made to emissions and
>> HP. There were NO laws governing HP.
You said,
> I think one thing that has changed is that
> American cars 15-20 years ago were a shadow of
> their former selves. Now the performance is
> back with a vengeance--who'd a thunk we'd ever
> see a _stock_ Caddy that does sub-12-second
> quarters and tops out at 200?
>
I said
It was all about getting rid of carburetors and adding electronics.
Those two things added HP "and" fuel economy.
My comments above is how HP was returned to more than previous levels
and pleasing the EPA.
On 3/24/2017 12:58 AM, [email protected] wrote:
> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
> .
>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>> I HAVE restored some old vehicles, including a few "basket cases"
>> Even at Barrett Jackson auctions, you can usually buy very good to
>> excellent cars for significantly less than the cost to build - even
>> strting from a reasonably good junker.
>
> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>
> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and that was that.
>
> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>
> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>
> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>
> Check out the prices on some of these mid 60s Mustangs:
>
> https://goo.gl/d0Hsfv
>
> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He needed a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>
> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>
> Robert
>
WOW! Things have changed. My son and I used to visit "Street of Dreams"
in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
They only had American that was 30+ years old and the average price was
about 10 times original. I remember $65K for an old Road Runner with
painted wheels and hub caps.
What were 'Woodies' made from - station wagons were in the 50's.
We had Wood carrier top that had to have Spar put on it now and then.
I want to say the tailgate also, but not the sides.
Martin
On 3/18/2017 4:12 PM, [email protected] wrote:
> On Sat, 18 Mar 2017 18:29:31 +0000 (UTC), Alice Jones
> <[email protected]> wrote:
>
>> Can you tell anything about this old auto from the photos?
>> http://i.cubeupload.com/rHHKQq.jpg
>>
>> (*) round back http://i.cubeupload.com/RjfyRW.jpg
>> (*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>> (*) external fenders http://i.cubeupload.com/9UecSp.jpg
>> (*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>>
>> Is there a good way to tell what kind of solid wood was used?
>> And why would it have what looks like bullet holes in the back?
> Ash and Oak were commonly used for automotive body framing - Fischer
> Body division of General Motors used wood framing up untill 1937.
>
On 3/23/2017 11:42 AM, Leon wrote:
> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
> and pretty much in running condition hidden away in a garage. They
> bought it and just cleaned it up and then entered it in the Pebble Beach
> Show and won first prize for not restoring. It ran well considering
> it's age. 1921 model.
When you drive a new car off the lot you lose at least 10% so it has
lost a lot of value. Even worse, it is a discontinued model. Not worth
much more than scrap value, I'd guess.
OFWW <[email protected]> wrote in
news:[email protected]:
> Looking at what you posted here I'd love to have the body, with a
> chassis tag for registration and channel the body by setting it over a
> frame and chop the top to about an 8" window, put a Tbird rear seat
> (cocktail lounge style) from a late middle 60's in the rear, nice
> buckets up front, a built 4 bolt main Chevy 350 with a Paxton blower
> with side drafts on it, plus the usual goodies with laughing gas for
> special occasions. Done up in chrome with a deep lacquer black cherry
> paint job. Make a nice Sunday family drive car, ;) or Friday and
> Saturday evening car for cruising and hanging out at a good burger
> place.
A Paxton supercharger? Not a 6-71? Granted, the Paxton
will probably work a lot better (and be a lot cheaper), but
the 6-71 has that classic blown hot-rod appearance.
John
Leon <lcb11211@swbelldotnet> wrote in
news:[email protected]:
> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
> and pretty much in running condition hidden away in a garage. They
> bought it and just cleaned it up and then entered it in the Bebble
> Beach Show and won first prize for not restoring. It ran well
> considering it's age. 1921 model.
That seems to be a thing now. It's a bit like patina on
old tools - as long as the car is sound, the less you do
to it the more it's valued.
John
"J. Clarke" <[email protected]> wrote in
news:[email protected]:
> '60s American cars had no shortage of horsepower
> and nothing changed in the laws of physics to
> change that. What changed was the law. The
> electronics let a car that is in compliance with
> the new laws produce as much power as one that
> was produced before the laws went into effect.
Sorry ol' buddy, but krw and clare are right, the law
has nothing to do with it. It is all about the laws
of physics, specifically those relating to thermodynamics.
60's era engines were lousy at thermodynamics (and tried
to make up for it with vast displacements).
Modern engines have overhead cams and much "cleaner"
intake manifolds - result is much better airflow into
the engine. Modern engines have fuel injection -
which means the exact right amount of fuel for best
combustion, 60's engines had carbs, which just gave
a rough approximation of the right amount of fuel.
Engines today have knock sensors and electronic
ignitions, which means you can have higher compression
(better thermodynamically) and the spark occurs at
the optimum time for mechanical advantage (you want
peak cylinder pressure with the piston about 1/4th
down the cylinder, for best leverage on the crank).
All these things (and that doesn't even touch on
variable valve timing and turbos and other exotica)
mean engines today produce twice as much power per
cubic inch displacement as 60's engines did. They
are far more powerful than those dinosaurs.
John
"J. Clarke" <[email protected]> wrote in
news:[email protected]:
> OK, so tell us what changed in the laws of
> physics that resulted in the 1970 350 Corvette
> having 370 horsepower the same engine in 1981
> producting 190 horsepower.
Apples and oranges comparison there. You're looking
at the gross horsepower rating of an engine designed
with no consideration for emissions or fuel economy,
to the net rating of an engine designed (poorly) to
have reduced emissions and better fuel economy. To
call them the "same engine" shows a misunderstanding
of what those two engines are.
Specific to those two engines, about 120hp of the
difference came from the change to net horsepower
ratings. Most of the remainder came from the 1970
engine being 11:1 compression ratio, and the 1981
version being 8:1 compression to run on regular gas
instead of premium.
John
On 3/23/2017 8:45 AM, Scott Lurndal wrote:
> [email protected] writes:
>> On Thu, 23 Mar 2017 05:05:52 -0700 (PDT), "Dr. Deb"
>> <[email protected]> wrote:
>
>>>
>>> Believe me, on the last car, and it was also the last car he is doing, he had much less to start with and rolled out his door looking like it just came out of the showroom.
>> Like I said - anything is possible - including building an accurate
>> reproduction from scratch - but that only really makes sense for very
>> rare cars - not a '32 Chevy. with totally roached fenders, no doors or
>> front sheet metal and no roof.
>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>> I HAVE restored some old vehicles, including a few "basket cases"
>> Even at Barrett Jackson auctions, you can usually buy very good to
>> excellent cars for significantly less than the cost to build - even
>> strting from a reasonably good junker.
>
> It seldom makes financial sense to restore an old car. That's not
> why it's done, generally.
>
I was watching Velocity. A restorer found a Stutz Bearcat unmodified
and pretty much in running condition hidden away in a garage. They
bought it and just cleaned it up and then entered it in the Bebble Beach
Show and won first prize for not restoring. It ran well considering
it's age. 1921 model.
On Mon, 20 Mar 2017 10:18:25 -0400, Casper <[email protected]>
wrote:
>Alice Jones <[email protected]> was heard to mutter:
>
>>Can you tell anything about this old auto from the photos?
>>http://i.cubeupload.com/rHHKQq.jpg
>>
>>(*) round back http://i.cubeupload.com/RjfyRW.jpg
>>(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>>(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>>(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>>
>>Is there a good way to tell what kind of solid wood was used?
>>And why would it have what looks like bullet holes in the back?
>
>For comparison...
>http://car-from-uk.com/sale.php?id=39076
As I said - no double bead at the top, and it's a 3 piece body
instead of a preswsed steal tub. Defineitely NOT a Durant of any
stripe.
Almost CERTAINLY a 32 Chevy from all the clues.
On Sat, 18 Mar 2017 18:29:31 +0000 (UTC), Alice Jones
<[email protected]> wrote:
>Can you tell anything about this old auto from the photos?
>http://i.cubeupload.com/rHHKQq.jpg
>
>(*) round back http://i.cubeupload.com/RjfyRW.jpg
>(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>
>Is there a good way to tell what kind of solid wood was used?
>And why would it have what looks like bullet holes in the back?
Looks to me a lot like a 31/32 Chevy Baby Grand, going by the shape,
the between-the rails rear mounted fuel tank, and the double bead at
the top of the body. Being an open body, not a sedan, I'd definitely
say there is a VERY good chance.
On 2017-03-25, J. Clarke <[email protected]> wrote:
> OK, so tell us what changed in the laws of
> physics that resulted in the 1970 350 Corvette
> having 370 horsepower the same engine in 1981
> producting 190 horsepower.
Emission controls?
ALSO! ppl's laziness!
I usta have an '87 Honda Civi Hatchback (SI). No power anything! Not
seats, not windows, not mirrors. The car weighed in at under 1500 lbs
and was considered pretty hot on the stock race circuit. By '93, the same
model had electric everything. Weighed almost twice as much. Sure,
engine performance had improved. Unfortunately, so has ppl's sloth!
Also, '70 Vettes were pigs! I read, somewhere, an early Stingray had
a chassis that weighed more than a Cadillac's. True? I have no idea,
but know from first-hand-experience, both my step-father's Stingray's
('63, '65) were lead-balloon pigs! ;)
nb
On Fri, 24 Mar 2017 17:31:05 -0500, Leon <lcb11211@swbelldotnet>
wrote:
>On 3/24/2017 12:58 AM, [email protected] wrote:
>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>> .
>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>>> I HAVE restored some old vehicles, including a few "basket cases"
>>> Even at Barrett Jackson auctions, you can usually buy very good to
>>> excellent cars for significantly less than the cost to build - even
>>> strting from a reasonably good junker.
>>
>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>>
>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and that was that.
>>
>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>>
>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>>
>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>>
>> Check out the prices on some of these mid 60s Mustangs:
>>
>> https://goo.gl/d0Hsfv
>>
>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He needed a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>>
>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>>
>> Robert
>>
>
>WOW! Things have changed. My son and I used to visit "Street of Dreams"
>in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>They only had American that was 30+ years old and the average price was
>about 10 times original. I remember $65K for an old Road Runner with
>painted wheels and hub caps.
And to get that roadrunner into that shape takes $75K. Takinf a
rusted out '64 "Stang and replacing all the panels, rebuilding the
engine, trans, and suspension, and putting in a new interior goes well
over $50K - and the selling price has dropped a lot since 2008.
Model A and T Fords have lost almost half their "real dollar value"
over the last 20 years.
On Mon, 20 Mar 2017 10:18:25 -0400, Casper <[email protected]>
wrote:
>Alice Jones <[email protected]> was heard to mutter:
>
>>Can you tell anything about this old auto from the photos?
>>http://i.cubeupload.com/rHHKQq.jpg
>>
>>(*) round back http://i.cubeupload.com/RjfyRW.jpg
>>(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>>(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>>(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>>
>>Is there a good way to tell what kind of solid wood was used?
>>And why would it have what looks like bullet holes in the back?
>
>For comparison...
>http://car-from-uk.com/sale.php?id=39076
Note the Durant doesn't have the "double bead" across the back of the
body. That is pretty common on the GM cars of the period - and the
rounded, curved in at the bottom profile was pretty well exclusive to
1932 - '28-30 were a lot straighter, for sure.
It's NOT a Durant - only a 28 Star would be close, and it does not
have a one piece pressed steel bustle - the sides and rear quarters
are separate and have a "bead" vertically on both sides to join them.
This is a pressed steel "bucket" - That, with the double bead around
the top of the beltline, rules our any Durant - and if it's a Chevy
pretty well narrows it down ro a '32 . On closer inspection, it's not
a touring or Phaeton because the door of a phaeton or fordoor would
go back over the fender
So whatever it is, it started life as a 2 door, it's a stamped steel
tub, I'd say LIKELY a 32 Chevy 2 door with the roof cut off.
(Assuming it is a North American built vehicle)
On Saturday, March 18, 2017 at 1:29:35 PM UTC-5, Alice Jones wrote:
> Can you tell anything about this old auto from the photos?
> http://i.cubeupload.com/rHHKQq.jpg
>=20
> (*) round back http://i.cubeupload.com/RjfyRW.jpg
> (*) wood interior http://i.cubeupload.com/JtyYNW.jpg
> (*) external fenders http://i.cubeupload.com/9UecSp.jpg
> (*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>=20
> Is there a good way to tell what kind of solid wood was used?
> And why would it have what looks like bullet holes in the back?
Cars are not my thing, but I have a friend who could put it back in pristin=
e condition. What the man does is simply amazing. He just finished his la=
st restoration (he is retiring), which was a 32 Ford Cabrolet. When he sta=
rted all he had was a body, which was in much worse shape than what you are=
showing here (rusted up 4-6" all around the bottom, no floor pan, no top m=
echanism, no rumble seat, no hood, no chassis) , and the cowl. He delivere=
d it (drove it over to the owner's house) Sunday and you could comb your ha=
ir in the paint job.
On Fri, 24 Mar 2017 21:29:04 -0400, "J. Clarke"
<[email protected]> wrote:
>In article <15idneweQbZzO0jFnZ2dnUU7-
>[email protected]>, lcb11211@swbelldotnet
>says...
>>
>> On 3/24/2017 5:55 PM, J. Clarke wrote:
>> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
>> > [email protected]>, lcb11211@swbelldotnet
>> > says...
>> >>
>> >> On 3/24/2017 12:58 AM, [email protected] wrote:
>> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>> >>> .
>> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>> >>>> I HAVE restored some old vehicles, including a few "basket cases"
>> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
>> >>>> excellent cars for significantly less than the cost to build - even
>> >>>> strting from a reasonably good junker.
>> >>>
>> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>> >>>
>> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
>that
>> > was that.
>> >>>
>> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>> >>>
>> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>> >>>
>> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>> >>>
>> >>> Check out the prices on some of these mid 60s Mustangs:
>> >>>
>> >>> https://goo.gl/d0Hsfv
>> >>>
>> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
>needed
>> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>> >>>
>> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>> >>>
>> >>> Robert
>> >>>
>> >>
>> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>> >> They only had American that was 30+ years old and the average price was
>> >> about 10 times original. I remember $65K for an old Road Runner with
>> >> painted wheels and hub caps.
>> >
>> > I think one thing that has changed is that
>> > American cars 15-20 years ago were a shadow of
>> > their former selves. Now the performance is
>> > back with a vengeance--who'd a thunk we'd ever
>> > see a _stock_ Caddy that does sub-12-second
>> > quarters and tops out at 200?
>> >
>>
>> It was all about getting rid of carburetors and adding electronics.
>> Those two things added HP "and" fuel economy.
>
>'60s American cars had no shortage of horsepower
>and nothing changed in the laws of physics to
>change that. What changed was the law. The
>electronics let a car that is in compliance with
>the new laws produce as much power as one that
>was produced before the laws went into effect.
It also allowa them to make more power and still be streetable -
think variable valve timing and cyl to cyl timing advance settings to
tune out detonation under any condition. You forget that 1 hp per
cubic inch was the "holy grail" in the sixties - 200 is not a big
stretch today on a normallt aspirated engine running on pump gas.
(600HP on a 300 cu inch engine, and 250 on a 2.5 liter) - and at those
power levels they can still meet emissions and give significantly
better gas mileage than the cars of the sixties/seventies.
On 3/25/2017 8:30 AM, Ed Pawlowski wrote:
> On 3/24/2017 11:07 PM, [email protected] wrote:
>
>>> '60s American cars had no shortage of horsepower
>>> and nothing changed in the laws of physics to
>>> change that. What changed was the law. The
>>> electronics let a car that is in compliance with
>>> the new laws produce as much power as one that
>>> was produced before the laws went into effect.
>>
>> No, cars produce a lot more power now. It's not unusual to see a six
>> delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
>> stock anything.
>>
>
> My last car was a 2.0 ltr. 4 cylinder with turbo. The guy driving the
> Camero could not understand why my sedan could pass him no matter how
> hard he pushed the pedal.
>
> Even modest cars today have pretty good performance. There were some
> bad years though when the first pollution stuff was hung on engines.
> IIRC it was about mid 70's.
My wife's V6 Camry can out accelerate my sons 84, mint condition,
Corvette, on the highway.
Ed Pawlowski <[email protected]> wrote in news:[email protected]:
> There were some
> bad years though when the first pollution stuff was hung on engines.
> IIRC it was about mid 70's.
Two things happened there in the early 70's. One was the
emissions controls (and the US industry has no-one to blame
but themselves for that, hoping they could band-aid their
existing designs instead of investing the money to design
a proper fix). The other was the SAE deciding horsepower
should be specified using the "net" method instead of the
"gross" method.
The net horsepower rating eliminated a lot of the tricks
the manufacturers used to cheat on horsepower ratings.
So you'd see a "400hp" engine suddenly drop to maybe
220hp net, and then to maybe 165hp after the emissions
controls were added.
John
On 3/24/2017 11:07 PM, [email protected] wrote:
>> '60s American cars had no shortage of horsepower
>> and nothing changed in the laws of physics to
>> change that. What changed was the law. The
>> electronics let a car that is in compliance with
>> the new laws produce as much power as one that
>> was produced before the laws went into effect.
>
> No, cars produce a lot more power now. It's not unusual to see a six
> delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
> stock anything.
>
My last car was a 2.0 ltr. 4 cylinder with turbo. The guy driving the
Camero could not understand why my sedan could pass him no matter how
hard he pushed the pedal.
Even modest cars today have pretty good performance. There were some
bad years though when the first pollution stuff was hung on engines.
IIRC it was about mid 70's.
On Fri, 24 Mar 2017 21:29:04 -0400, "J. Clarke"
<[email protected]> wrote:
>In article <15idneweQbZzO0jFnZ2dnUU7-
>[email protected]>, lcb11211@swbelldotnet
>says...
>>
>> On 3/24/2017 5:55 PM, J. Clarke wrote:
>> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
>> > [email protected]>, lcb11211@swbelldotnet
>> > says...
>> >>
>> >> On 3/24/2017 12:58 AM, [email protected] wrote:
>> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>> >>> .
>> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>> >>>> I HAVE restored some old vehicles, including a few "basket cases"
>> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
>> >>>> excellent cars for significantly less than the cost to build - even
>> >>>> strting from a reasonably good junker.
>> >>>
>> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>> >>>
>> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
>that
>> > was that.
>> >>>
>> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>> >>>
>> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>> >>>
>> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>> >>>
>> >>> Check out the prices on some of these mid 60s Mustangs:
>> >>>
>> >>> https://goo.gl/d0Hsfv
>> >>>
>> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
>needed
>> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>> >>>
>> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>> >>>
>> >>> Robert
>> >>>
>> >>
>> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>> >> They only had American that was 30+ years old and the average price was
>> >> about 10 times original. I remember $65K for an old Road Runner with
>> >> painted wheels and hub caps.
>> >
>> > I think one thing that has changed is that
>> > American cars 15-20 years ago were a shadow of
>> > their former selves. Now the performance is
>> > back with a vengeance--who'd a thunk we'd ever
>> > see a _stock_ Caddy that does sub-12-second
>> > quarters and tops out at 200?
>> >
>>
>> It was all about getting rid of carburetors and adding electronics.
>> Those two things added HP "and" fuel economy.
>
>'60s American cars had no shortage of horsepower
>and nothing changed in the laws of physics to
>change that. What changed was the law. The
>electronics let a car that is in compliance with
>the new laws produce as much power as one that
>was produced before the laws went into effect.
No, cars produce a lot more power now. It's not unusual to see a six
delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
stock anything.
On Mon, 27 Mar 2017 01:01:41 +0000 (UTC), John McCoy
<[email protected]> wrote:
>"J. Clarke" <[email protected]> wrote in
>news:[email protected]:
>
>> Since the mention of Offenhausers was in the
>> context of power per cubic inch on pump gasoline
>> and the example used was an Offy with 15:1
>> compression it's very relevant that the example
>> did not run on pump gas.
>
>OK, I must have missed that post. Anyway, yeah, the Offy
>was usually 12:1 or 15:1 on methanol, since you can run
>it real rich and there's no risk of detonation. Unless
>it was a turbo motor, in which case the static compression
>was much less (because the turbo more than makes up for it).
>
>But then, no gasoline engine will run 15:1 compression
>at full throttle on pump gas. You have to have some
>trickery to change the effective compression ratio,
>lower for full throttle/full power, higher for part
>throttle/economy. Or run 110 octane pump gas, and plan
>on fairly frequent rebuilds (some drag racers run that
>high). On pump gas, 12:1 is about the max.
>
>John
Except with GDI - Mazda SkyActive is 14:1
[email protected] wrote in news:00qgdc98dcrqn9og60b107tac9ij35tpfg@
4ax.com:
> Except with GDI - Mazda SkyActive is 14:1
For European markets. Only 13:1 for North America. But it's
still pretty fascinating engineering - they do some trickery
with valve timing, I beleive, to limit the effective ratio at
wide open throttle.
John
On Sat, 18 Mar 2017 18:29:31 +0000 (UTC), Alice Jones
<[email protected]> wrote:
>Can you tell anything about this old auto from the photos?
>http://i.cubeupload.com/rHHKQq.jpg
>
>(*) round back http://i.cubeupload.com/RjfyRW.jpg
>(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>
>Is there a good way to tell what kind of solid wood was used?
>And why would it have what looks like bullet holes in the back?
1928 Durant
white ash
someone shot it
On Thu, 23 Mar 2017 16:37:48 -0500, Leon <lcb11211@swbelldotnet>
wrote:
>On 3/23/2017 3:45 PM, Scott Lurndal wrote:
>> John McCoy <[email protected]> writes:
>>> Leon <lcb11211@swbelldotnet> wrote in
>>> news:[email protected]:
>>>
>>>> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
>>>> and pretty much in running condition hidden away in a garage. They
>>>> bought it and just cleaned it up and then entered it in the Bebble
>>>> Beach Show and won first prize for not restoring. It ran well
>>>> considering it's age. 1921 model.
>>>
>>> That seems to be a thing now. It's a bit like patina on
>>> old tools - as long as the car is sound, the less you do
>>> to it the more it's valued.
>>
>> I wonder if that's because most restorations seldom get back
>> what was put into them?
>>
>
>That would make perfect sense. I can not think of any other reason.
>
>OR to keep it authentic. Paint not so much but I would imagine it would
>be very difficult to find parts for a very old vehicle.
The big reason is "it's only original once"
An "as found" that is not wearing it's original paint may as well be
restored, as it is no longer "original"
An "original" "survivor" car is a very rare thing - particularly
something like a '21 Bearcat.
On 3/23/2017 9:43 PM, [email protected] wrote:
> On Thu, 23 Mar 2017 21:03:48 -0400, Ed Pawlowski <[email protected]> wrote:
>
>> On 3/23/2017 11:42 AM, Leon wrote:
>>
>>> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
>>> and pretty much in running condition hidden away in a garage. They
>>> bought it and just cleaned it up and then entered it in the Pebble Beach
>>> Show and won first prize for not restoring. It ran well considering
>>> it's age. 1921 model.
>>
>>
>> When you drive a new car off the lot you lose at least 10% so it has
>> lost a lot of value. Even worse, it is a discontinued model. Not worth
>> much more than scrap value, I'd guess.
>
> A Stutz? I guess you haven't seen the auto auctions on the TeeVee.
>
I have and this one sold for $594,000
http://blog.caranddriver.com/youd-be-nutz-not-to-love-a-stutz-a-freshly-purchased-unrestored-1921-bearcat/
On Mon, 20 Mar 2017 19:24:34 -0400, [email protected] wrote:
>On Mon, 20 Mar 2017 14:45:55 -0600, [email protected] (Neill
>Massello) wrote:
>
>>Casper <[email protected]> wrote:
>>
>>> Alice Jones <[email protected]> was heard to mutter:
>>>
>>> >Can you tell anything about this old auto from the photos?
>>> >http://i.cubeupload.com/rHHKQq.jpg
>>> >
>>> >(*) round back http://i.cubeupload.com/RjfyRW.jpg
>>> >(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>>> >(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>>> >(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>>> >
>>> >Is there a good way to tell what kind of solid wood was used?
>>> >And why would it have what looks like bullet holes in the back?
>>>
>>> For comparison...
>>> http://car-from-uk.com/sale.php?id=39076
>>
>>So it was *not* a 1928 Durant D-60 4-door Sedan.
> Take a look at ANY durant - the closest would be a 28 Star (or
>"RUGBY" as it was exported as) but the Durany is a 3 piece tub, not a
>stamped steel tub as shown - and the side panel is too long for a 4
>door or touring.
> I've been around a lot of old cars - and the first thing that came to
>mind, with the way the gas tank is mounted, the double "bead" or
>"feature line" around the top, the moderate curve to the obviously
>stamped steel tub, and the lever shocks peaking through the floor on
>the one picture is "32 Chebby". Looked like a Phaeton except the side
>panel matches a 2 door body, not a 4.- and all "Chebbies" of that era
>did not have a separate roof - so it looks like somebody took off the
>roof to make a "topless" two door - not to use the roof elsewheere
>because the "riser" which would be left after removing the roof
>appears to have been metal-worked out (if indead it WAS a 2dr Chebby)
>
>I'm still wracking my brain to find a better answer.
H'mmm, you just answered a question I had in my head, I saw a 2dr
Chevy sedan and the tub near as I could see, seemed to fit, and I saw
a sedan where the top was off, but there was a wooden post left
attached to the hub.
On Thu, 23 Mar 2017 00:42:44 +0000 (UTC), John McCoy
<[email protected]> wrote:
>OFWW <[email protected]> wrote in
>news:[email protected]:
>
>> Looking at what you posted here I'd love to have the body, with a
>> chassis tag for registration and channel the body by setting it over a
>> frame and chop the top to about an 8" window, put a Tbird rear seat
>> (cocktail lounge style) from a late middle 60's in the rear, nice
>> buckets up front, a built 4 bolt main Chevy 350 with a Paxton blower
>> with side drafts on it, plus the usual goodies with laughing gas for
>> special occasions. Done up in chrome with a deep lacquer black cherry
>> paint job. Make a nice Sunday family drive car, ;) or Friday and
>> Saturday evening car for cruising and hanging out at a good burger
>> place.
>
>A Paxton supercharger? Not a 6-71? Granted, the Paxton
>will probably work a lot better (and be a lot cheaper), but
>the 6-71 has that classic blown hot-rod appearance.
>
>John
Very true, to some extent, but it was a pain trying to see "through"
one of those, so I was going for the cool factor, a lower profile with
all chromed with carbs or injectors.
Listening to the whine of a 6-71 with injection running flat out on
the freeway is unmistakable, and looked every bit the part of what it
was doing. Ahhh, those were the days. Tales galore, you didn't get
shot at when outrunning the cops.
When Woodies were real surfin' wagons and not some porn statement. ;)
On Fri, 24 Mar 2017 09:36:13 -0400, Ed Pawlowski <[email protected]> wrote:
>On 3/23/2017 9:43 PM, [email protected] wrote:
>> On Thu, 23 Mar 2017 21:03:48 -0400, Ed Pawlowski <[email protected]> wrote:
>>
>>> On 3/23/2017 11:42 AM, Leon wrote:
>>>
>>>> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
>>>> and pretty much in running condition hidden away in a garage. They
>>>> bought it and just cleaned it up and then entered it in the Pebble Beach
>>>> Show and won first prize for not restoring. It ran well considering
>>>> it's age. 1921 model.
>>>
>>>
>>> When you drive a new car off the lot you lose at least 10% so it has
>>> lost a lot of value. Even worse, it is a discontinued model. Not worth
>>> much more than scrap value, I'd guess.
>>
>> A Stutz? I guess you haven't seen the auto auctions on the TeeVee.
>>
>
>I have and this one sold for $594,000
>http://blog.caranddriver.com/youd-be-nutz-not-to-love-a-stutz-a-freshly-purchased-unrestored-1921-bearcat/
I guess I misunderstood what you were saying.
On 3/26/2017 12:36 AM, J. Clarke wrote:
> In article <mpOdnaWoI5LWpkrFnZ2dnUU7-
> [email protected]>, lcb11211@swbelldotnet
> says...
>>
>> On 3/25/2017 1:36 PM, J. Clarke wrote:
>>> In article <XnsA7436EBB240CEpogosupernews@
>>> 46.165.242.91>, [email protected] says...
>>>>
>>>> "J. Clarke" <[email protected]> wrote in
>>>> news:[email protected]:
>>>>
>>>>> '60s American cars had no shortage of horsepower
>>>>> and nothing changed in the laws of physics to
>>>>> change that. What changed was the law. The
>>>>> electronics let a car that is in compliance with
>>>>> the new laws produce as much power as one that
>>>>> was produced before the laws went into effect.
>>>>
>>>> Sorry ol' buddy, but krw and clare are right, the law
>>>> has nothing to do with it. It is all about the laws
>>>> of physics, specifically those relating to thermodynamics.
>>>> 60's era engines were lousy at thermodynamics (and tried
>>>> to make up for it with vast displacements).
>>>
>>> OK, so tell us what changed in the laws of
>>> physics that resulted in the 1970 350 Corvette
>>> having 370 horsepower the same engine in 1981
>>> producting 190 horsepower.
>>>
>>
>>
>> First off old hp ratings methods change IIRC in 1972. From that point
>> the ratings were SAE, which significantly lowered the published ratings.
>
> And this is related to "the laws of physics"
> because?
>
>> Later models had the inefficient catalytic converters, smog pumps,
>> smaller carburetors, etc. All of those items robbed the engines of
>> power all in the interest of controlling emissions.
>
> And this is related to "the laws of physics"
> because?
>
>> Once the multi port fuel injection, mass air flow sensors, better intake
>> design, better cataleptic converters, no more smog pumps, computer
>> controlled monitored sensors, and ignition timing entered into the
>> picture emissions were not as big of an obstacle to over come and we
>> ended up with cleaner burning higher HP rated engines.
>
> And catalytic converters, smog pumps, etc were
> required because of what "laws of physics"?
>
You seem to be in over your head here.
>> On closer inspection, it's not a touring or Phaeton because the door of a
>> phaeton or fordoor would go back over the fender <claire@snyder>
[email protected] (Neill Massello) was heard to mutter:
>For me, that was clue that it couldn't be the model Casper linked to in
>his post.
I only posted the link for visual reference to a (any) Durant as
hubops mentioned it.
FWIW, after looking at the back of a few Chevys (got a friend in a car
club with a few Chevys, Fords, etc), can't say I see a resemblance.
I'm not as into cars as some and anyway I prefer British ones.
Looks like Mother Earth is taking all those parts back in the photos.
On 3/25/2017 1:36 PM, J. Clarke wrote:
> In article <XnsA7436EBB240CEpogosupernews@
> 46.165.242.91>, [email protected] says...
>>
>> "J. Clarke" <[email protected]> wrote in
>> news:[email protected]:
>>
>>> '60s American cars had no shortage of horsepower
>>> and nothing changed in the laws of physics to
>>> change that. What changed was the law. The
>>> electronics let a car that is in compliance with
>>> the new laws produce as much power as one that
>>> was produced before the laws went into effect.
>>
>> Sorry ol' buddy, but krw and clare are right, the law
>> has nothing to do with it. It is all about the laws
>> of physics, specifically those relating to thermodynamics.
>> 60's era engines were lousy at thermodynamics (and tried
>> to make up for it with vast displacements).
>
> OK, so tell us what changed in the laws of
> physics that resulted in the 1970 350 Corvette
> having 370 horsepower the same engine in 1981
> producting 190 horsepower.
>
First off old hp ratings methods change IIRC in 1972. From that point
the ratings were SAE, which significantly lowered the published ratings.
Later models had the inefficient catalytic converters, smog pumps,
smaller carburetors, etc. All of those items robbed the engines of
power all in the interest of controlling emissions.
Once the multi port fuel injection, mass air flow sensors, better intake
design, better cataleptic converters, no more smog pumps, computer
controlled monitored sensors, and ignition timing entered into the
picture emissions were not as big of an obstacle to over come and we
ended up with cleaner burning higher HP rated engines.
John McCoy <[email protected]> writes:
>Leon <lcb11211@swbelldotnet> wrote in
>news:[email protected]:
>
>> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
>> and pretty much in running condition hidden away in a garage. They
>> bought it and just cleaned it up and then entered it in the Bebble
>> Beach Show and won first prize for not restoring. It ran well
>> considering it's age. 1921 model.
>
>That seems to be a thing now. It's a bit like patina on
>old tools - as long as the car is sound, the less you do
>to it the more it's valued.
I wonder if that's because most restorations seldom get back
what was put into them?
On Thu, 23 Mar 2017 05:05:52 -0700 (PDT), "Dr. Deb"
<[email protected]> wrote:
>On Wednesday, March 22, 2017 at 3:47:22 PM UTC-5, [email protected] wrote:
>> On Wed, 22 Mar 2017 05:26:13 -0700 (PDT), "Dr. Deb"
>
>>
>> >On Saturday, March 18, 2017 at 1:29:35 PM UTC-5, Alice Jones wrote:
>> >> Can you tell anything about this old auto from the photos?
>> >> http://i.cubeupload.com/rHHKQq.jpg
>> >>
>> >> (*) round back http://i.cubeupload.com/RjfyRW.jpg
>> >> (*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>> >> (*) external fenders http://i.cubeupload.com/9UecSp.jpg
>> >> (*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>> >>
>> >> Is there a good way to tell what kind of solid wood was used?
>> >> And why would it have what looks like bullet holes in the back?
>> >
>> >Cars are not my thing, but I have a friend who could put it back in pristine condition. What the man does is simply amazing. He just finished his last restoration (he is retiring), which was a 32 Ford Cabrolet. When he started all he had was a body, which was in much worse shape than what you are showing here (rusted up 4-6" all around the bottom, no floor pan, no top mechanism, no rumble seat, no hood, no chassis) , and the cowl. He delivered it (drove it over to the owner's house) Sunday and you could comb your hair in the paint job.
>> I've seen some real magic done too, but there is hardly enough left
>> of that Chevy to make it worth while. Lots of more complete vehicles
>> around that even if more expensive to buy, will cost MUCH less to
>> complete.
>> That "tub" might be a good repair part for a more badly rusted, more
>> complete, vehicle.
>
>Believe me, on the last car, and it was also the last car he is doing, he had much less to start with and rolled out his door looking like it just came out of the showroom.
Like I said - anything is possible - including building an accurate
reproduction from scratch - but that only really makes sense for very
rare cars - not a '32 Chevy. with totally roached fenders, no doors or
front sheet metal and no roof.
Except for rare vehicles, it NEVER makes any financial sense (and yes,
I HAVE restored some old vehicles, including a few "basket cases"
Even at Barrett Jackson auctions, you can usually buy very good to
excellent cars for significantly less than the cost to build - even
strting from a reasonably good junker.
On Mon, 27 Mar 2017 16:14:34 GMT, [email protected] (Scott Lurndal)
wrote:
>John McCoy <[email protected]> writes:
>
>>
>>The invisible flames is the biggest safety issue with alcohol
>>fuels, but counterbalancing that, alcohol won't explode like
>>gasoline, and you can put it out with water whereas gas needs
>>a foam or CO2 extinquisher.
>
>As I understand it, liquid gasoline itself won't explode,
>but the vapor can.
So can alcohol vapour -. The BIG thing is dousing an alky fire with
water puts it out and doesn't spread it.
Using water effectively on a gasoline fire is an art as well as a
science. I've done it - effectively - twice. A fine mist of water to
cool down the material affected by the flames and to absorb heat from
the fire, while choking the oxygen with steam. Totally extinguisged
the one on a friend's fiat, and controlled an aerostar until the fire
truck arrived - protecting 2 houses next to the truck. limitting
damage to a couple strips of vinyl siding. If I could have convinced
someone to get close enough to the truck to remove the gas cap, I
would have extinguished it too, but everyone was afraid it was going
to "blow" even though the fire was nowhere near the tank at the time..
Without the water hose it would have gotten their pretty quick though.
- - -
On Mon, 27 Mar 2017 16:14:34 GMT, [email protected] (Scott Lurndal)
wrote:
>John McCoy <[email protected]> writes:
>
>>
>>The invisible flames is the biggest safety issue with alcohol
>>fuels, but counterbalancing that, alcohol won't explode like
>>gasoline, and you can put it out with water whereas gas needs
>>a foam or CO2 extinquisher.
>
>As I understand it, liquid gasoline itself won't explode,
>but the vapor can.
With the proper air to fuel ratio it can rival Dynomite.
On Sat, 25 Mar 2017 11:07:34 -0500, Leon <lcb11211@swbelldotnet>
wrote:
>On 3/25/2017 8:30 AM, Ed Pawlowski wrote:
>> On 3/24/2017 11:07 PM, [email protected] wrote:
>>
>>>> '60s American cars had no shortage of horsepower
>>>> and nothing changed in the laws of physics to
>>>> change that. What changed was the law. The
>>>> electronics let a car that is in compliance with
>>>> the new laws produce as much power as one that
>>>> was produced before the laws went into effect.
>>>
>>> No, cars produce a lot more power now. It's not unusual to see a six
>>> delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
>>> stock anything.
>>>
>>
>> My last car was a 2.0 ltr. 4 cylinder with turbo. The guy driving the
>> Camero could not understand why my sedan could pass him no matter how
>> hard he pushed the pedal.
>>
>> Even modest cars today have pretty good performance. There were some
>> bad years though when the first pollution stuff was hung on engines.
>> IIRC it was about mid 70's.
>
>
>My wife's V6 Camry can out accelerate my sons 84, mint condition,
>Corvette, on the highway.
And the 4 cyl Camry today would not be too far behind!!
In article <XnsA744769601979pogosupernews@
46.165.242.91>, [email protected] says...
>
> Ed Pawlowski <[email protected]> wrote in news:[email protected]:
>
> > On 3/25/2017 11:43 PM, Markem wrote:
> >
> >> The offenhiesers were Indy car favorite for years, doubt any of them
> >> ever saw pump gas. The last one (its serial number) still achieved
> >> over 200mph at indy's 2.5 mile rectangle.
>
> The turbo Offys didn't, but the engine was originally
> designed for dirt track (sprint) cars, and those
> engines ran on pump gas, as did the original Indy
> Offys. By the time turbos came in, gasoline had been
> banned at Indy for safety reasons, and all the engines
> ran on methanol.
So were the "sprint car Offys" running that 15:1
compression that was mentioned as one of the
characteristics of the high output engine that
was mentioned?
> > Fast, but could it make right turns?
>
> If it was a turbo Offy, yes, altho poorly. Before
> the turbos the Indy Offy was a "lay down" design,
> with the crankcase on the right and the head on the
> left. Turning right with those engines would lead
> to lubrication failure.
>
> The dirt car Offys turned right surprisingly well:
>
> http://bangshift.com/bangshiftapex/epic-win-the-story-behind-the-greatest-
> racing-upset-in-american-motorsports-history/
>
> John
In article <XnsA744ACBF6BA53pogosupernews@
46.165.242.91>, [email protected] says...
>
> "J. Clarke" <[email protected]> wrote in
> news:[email protected]:
>
> > In article <XnsA744769601979pogosupernews@
> > 46.165.242.91>, [email protected] says...
>
> >> The turbo Offys didn't, but the engine was originally
> >> designed for dirt track (sprint) cars, and those
> >> engines ran on pump gas, as did the original Indy
> >> Offys. By the time turbos came in, gasoline had been
> >> banned at Indy for safety reasons, and all the engines
> >> ran on methanol.
> >
> > So were the "sprint car Offys" running that 15:1
> > compression that was mentioned as one of the
> > characteristics of the high output engine that
> > was mentioned?
>
> Not sure what relevance that has to anything, but
> no, those engines would have been around 10:1.
> Bearing in mind that this was late 30's to early
> 50's, and production car engines would have been
> 6:1 or less. (also bearing in mind that Offys
> were built to order, and they would happily
> make any compression ratio you wanted).
>
> John
Since the mention of Offenhausers was in the
context of power per cubic inch on pump gasoline
and the example used was an Offy with 15:1
compression it's very relevant that the example
did not run on pump gas.
On Mon, 27 Mar 2017 17:05:44 -0500, Leon <lcb11211@swbelldotnet>
wrote:
>On 3/27/2017 4:21 PM, J. Clarke wrote:
>> In article <tPmdnTF0oeL090TFnZ2dnUU7-
>> [email protected]>, lcb11211@swbelldotnet
>> says...
>>>
>>> On 3/27/2017 2:33 PM, Leon wrote:
>>>> On 3/27/2017 11:14 AM, Scott Lurndal wrote:
>>>>> John McCoy <[email protected]> writes:
>>>>>
>>>>>>
>>>>>> The invisible flames is the biggest safety issue with alcohol
>>>>>> fuels, but counterbalancing that, alcohol won't explode like
>>>>>> gasoline, and you can put it out with water whereas gas needs
>>>>>> a foam or CO2 extinquisher.
>>>>>
>>>>> As I understand it, liquid gasoline itself won't explode,
>>>>> but the vapor can.
>>>>>
>>>>
>>>>
>>>> IIRC any thing that burns has to be a vapor first.
>>>
>>> vapor/gas
>>
>> So solid nitro powder wont' burn unless it is
>> fist evaporated?
>>
>
>I'm no chemist but that is how I understand it. Some how the dry
>chemical will turn to a liquid then a gas before it will burn.
>That is what we were taught in chemistry class.
Not necessarily true. First of all, sublimation makes a vapour
directly from a solid - no liquid pase required - and a solid that has
it's own oxygenator included can burn without becoming a vapour - it
does not need to aerosolize to mix with oxygen in order to burn. Most
"High Explosives" work that way. Magnesium and Sodium do not turn to a
vapour before burning either - nor does Lithium
Any highly reactive element can "burn" from the solid state.
>
>And understand that the whole thing does not have to turn into a liquid,
>only the portion next to the heat source so that it can evaporate and
>provide fuel to the flame.
>
>IIRC a candle was used to demonstrate the stages of the process.
>
>Some elements/mistures change forms very quickly.
Ed Pawlowski <[email protected]> wrote in news:[email protected]:
> On 3/25/2017 11:43 PM, Markem wrote:
>
>> The offenhiesers were Indy car favorite for years, doubt any of them
>> ever saw pump gas. The last one (its serial number) still achieved
>> over 200mph at indy's 2.5 mile rectangle.
The turbo Offys didn't, but the engine was originally
designed for dirt track (sprint) cars, and those
engines ran on pump gas, as did the original Indy
Offys. By the time turbos came in, gasoline had been
banned at Indy for safety reasons, and all the engines
ran on methanol.
> Fast, but could it make right turns?
If it was a turbo Offy, yes, altho poorly. Before
the turbos the Indy Offy was a "lay down" design,
with the crankcase on the right and the head on the
left. Turning right with those engines would lead
to lubrication failure.
The dirt car Offys turned right surprisingly well:
http://bangshift.com/bangshiftapex/epic-win-the-story-behind-the-greatest-
racing-upset-in-american-motorsports-history/
John
[email protected] wrote in news:[email protected]:
> On Tue, 28 Mar 2017 19:37:37 +0000 (UTC), John McCoy
> <[email protected]> wrote:
>
>>[email protected] (Scott Lurndal) wrote in news:KTaCA.225725$ff2.3659
>>@fx41.iad:
>>
>>> John McCoy <[email protected]> writes:
>>>
>>>>
>>>>The invisible flames is the biggest safety issue with alcohol
>>>>fuels, but counterbalancing that, alcohol won't explode like
>>>>gasoline, and you can put it out with water whereas gas needs
>>>>a foam or CO2 extinquisher.
>>>
>>> As I understand it, liquid gasoline itself won't explode,
>>> but the vapor can.
>>
>>Quite true, and the same applies to methanol. The difference
>>is gasoline is more volatile, so it turns into vapor much
>>more readily than methanol.
>
> It also has twice the energy density. Rinse, repeat.
True, altho that has no bearing on it's propensity to explode.
John
On Tue, 28 Mar 2017 19:37:37 +0000 (UTC), John McCoy
<[email protected]> wrote:
>[email protected] (Scott Lurndal) wrote in news:KTaCA.225725$ff2.3659
>@fx41.iad:
>
>> John McCoy <[email protected]> writes:
>>
>>>
>>>The invisible flames is the biggest safety issue with alcohol
>>>fuels, but counterbalancing that, alcohol won't explode like
>>>gasoline, and you can put it out with water whereas gas needs
>>>a foam or CO2 extinquisher.
>>
>> As I understand it, liquid gasoline itself won't explode,
>> but the vapor can.
>
>Quite true, and the same applies to methanol. The difference
>is gasoline is more volatile, so it turns into vapor much
>more readily than methanol.
It also has twice the energy density. Rinse, repeat.
On Mon, 27 Mar 2017 14:33:37 -0500, Leon <lcb11211@swbelldotnet>
wrote:
>On 3/27/2017 11:14 AM, Scott Lurndal wrote:
>> John McCoy <[email protected]> writes:
>>
>>>
>>> The invisible flames is the biggest safety issue with alcohol
>>> fuels, but counterbalancing that, alcohol won't explode like
>>> gasoline, and you can put it out with water whereas gas needs
>>> a foam or CO2 extinquisher.
>>
>> As I understand it, liquid gasoline itself won't explode,
>> but the vapor can.
>>
>
>
>IIRC any thing that burns has to be a vapor first.
You mean, like magnesium?
"J. Clarke" <[email protected]> wrote in
news:[email protected]:
> In article <XnsA744769601979pogosupernews@
> 46.165.242.91>, [email protected] says...
>> The turbo Offys didn't, but the engine was originally
>> designed for dirt track (sprint) cars, and those
>> engines ran on pump gas, as did the original Indy
>> Offys. By the time turbos came in, gasoline had been
>> banned at Indy for safety reasons, and all the engines
>> ran on methanol.
>
> So were the "sprint car Offys" running that 15:1
> compression that was mentioned as one of the
> characteristics of the high output engine that
> was mentioned?
Not sure what relevance that has to anything, but
no, those engines would have been around 10:1.
Bearing in mind that this was late 30's to early
50's, and production car engines would have been
6:1 or less. (also bearing in mind that Offys
were built to order, and they would happily
make any compression ratio you wanted).
John
On Wed, 29 Mar 2017 01:47:40 +0000 (UTC), John McCoy
<[email protected]> wrote:
>[email protected] wrote in news:[email protected]:
>
>> On Tue, 28 Mar 2017 19:37:37 +0000 (UTC), John McCoy
>> <[email protected]> wrote:
>>
>>>[email protected] (Scott Lurndal) wrote in news:KTaCA.225725$ff2.3659
>>>@fx41.iad:
>>>
>>>> John McCoy <[email protected]> writes:
>>>>
>>>>>
>>>>>The invisible flames is the biggest safety issue with alcohol
>>>>>fuels, but counterbalancing that, alcohol won't explode like
>>>>>gasoline, and you can put it out with water whereas gas needs
>>>>>a foam or CO2 extinquisher.
>>>>
>>>> As I understand it, liquid gasoline itself won't explode,
>>>> but the vapor can.
>>>
>>>Quite true, and the same applies to methanol. The difference
>>>is gasoline is more volatile, so it turns into vapor much
>>>more readily than methanol.
>>
>> It also has twice the energy density. Rinse, repeat.
>
>True, altho that has no bearing on it's propensity to explode.
>
>John
Except when it DOES go off, Gasoline makes a much bigger bang. Diesel
fuel is a lot less volatile, but with a higher energy density - as a
Fuel/Air bomb it is VERY impressive.
[email protected] wrote in news:[email protected]:
> On Wed, 29 Mar 2017 01:47:40 +0000 (UTC), John McCoy
> <[email protected]> wrote:
>
>>[email protected] wrote in news:[email protected]:
>>
>>> On Tue, 28 Mar 2017 19:37:37 +0000 (UTC), John McCoy
>>> <[email protected]> wrote:
>>>>>> alcohol won't explode like
>>>>>> gasoline
>>>> The difference
>>>> is gasoline is more volatile, so it turns into vapor much
>>>> more readily than methanol.
>>>
>>> It also has twice the energy density. Rinse, repeat.
>>
>>True, altho that has no bearing on it's propensity to explode.
>
> Sure it does. More energy causes more sublimation, causes more
> energy...
You lost the context. I've snipped some of the thread to
make it more clear: the reason gasoline is prone to explode
in crashes, and alcohol isn't, is that gasoline is more
volatile than alcohol. In that context energy density has
no relevance.
John
On Wed, 29 Mar 2017 01:47:40 +0000 (UTC), John McCoy
<[email protected]> wrote:
>[email protected] wrote in news:[email protected]:
>
>> On Tue, 28 Mar 2017 19:37:37 +0000 (UTC), John McCoy
>> <[email protected]> wrote:
>>
>>>[email protected] (Scott Lurndal) wrote in news:KTaCA.225725$ff2.3659
>>>@fx41.iad:
>>>
>>>> John McCoy <[email protected]> writes:
>>>>
>>>>>
>>>>>The invisible flames is the biggest safety issue with alcohol
>>>>>fuels, but counterbalancing that, alcohol won't explode like
>>>>>gasoline, and you can put it out with water whereas gas needs
>>>>>a foam or CO2 extinquisher.
>>>>
>>>> As I understand it, liquid gasoline itself won't explode,
>>>> but the vapor can.
>>>
>>>Quite true, and the same applies to methanol. The difference
>>>is gasoline is more volatile, so it turns into vapor much
>>>more readily than methanol.
>>
>> It also has twice the energy density. Rinse, repeat.
>
>True, altho that has no bearing on it's propensity to explode.
Sure it does. More energy causes more sublimation, causes more
energy...
"J. Clarke" <[email protected]> wrote in
news:[email protected]:
> Since the mention of Offenhausers was in the
> context of power per cubic inch on pump gasoline
> and the example used was an Offy with 15:1
> compression it's very relevant that the example
> did not run on pump gas.
OK, I must have missed that post. Anyway, yeah, the Offy
was usually 12:1 or 15:1 on methanol, since you can run
it real rich and there's no risk of detonation. Unless
it was a turbo motor, in which case the static compression
was much less (because the turbo more than makes up for it).
But then, no gasoline engine will run 15:1 compression
at full throttle on pump gas. You have to have some
trickery to change the effective compression ratio,
lower for full throttle/full power, higher for part
throttle/economy. Or run 110 octane pump gas, and plan
on fairly frequent rebuilds (some drag racers run that
high). On pump gas, 12:1 is about the max.
John
On Sat, 25 Mar 2017 20:34:28 +0000 (UTC), John McCoy
<[email protected]> wrote:
>Markem <[email protected]> wrote in
>news:[email protected]:
>
>> Offies did a lot more than 300HP with four cyclinders.
>
>Engineering wise, the Offy was far far far advanced
>over what Detroit was putting in production cars in
>the 60's (despite the Offy having been designed in
>the 30s). It's a fascinating design.
>
>A good test of someone who thinks they know engines
>is to ask them to describe an Offy head gasket.
>
>John
They arfe a real bitch to do a valve job on too - - -
On Sat, 25 Mar 2017 14:23:47 -0400, [email protected] wrote:
>On Sat, 25 Mar 2017 09:44:39 -0500, Markem <[email protected]>
>wrote:
>
>>On Fri, 24 Mar 2017 23:07:16 -0400, [email protected] wrote:
>>
>>>On Fri, 24 Mar 2017 21:29:04 -0400, "J. Clarke"
>>><[email protected]> wrote:
>>>
>>>>In article <15idneweQbZzO0jFnZ2dnUU7-
>>>>[email protected]>, lcb11211@swbelldotnet
>>>>says...
>>>>>
>>>>> On 3/24/2017 5:55 PM, J. Clarke wrote:
>>>>> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
>>>>> > [email protected]>, lcb11211@swbelldotnet
>>>>> > says...
>>>>> >>
>>>>> >> On 3/24/2017 12:58 AM, [email protected] wrote:
>>>>> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>>>>> >>> .
>>>>> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>>>>> >>>> I HAVE restored some old vehicles, including a few "basket cases"
>>>>> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
>>>>> >>>> excellent cars for significantly less than the cost to build - even
>>>>> >>>> strting from a reasonably good junker.
>>>>> >>>
>>>>> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>>>>> >>>
>>>>> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
>>>>that
>>>>> > was that.
>>>>> >>>
>>>>> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>>>>> >>>
>>>>> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>>>>> >>>
>>>>> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>>>>> >>>
>>>>> >>> Check out the prices on some of these mid 60s Mustangs:
>>>>> >>>
>>>>> >>> https://goo.gl/d0Hsfv
>>>>> >>>
>>>>> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
>>>>needed
>>>>> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>>>>> >>>
>>>>> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>>>>> >>>
>>>>> >>> Robert
>>>>> >>>
>>>>> >>
>>>>> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>>>>> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>>>>> >> They only had American that was 30+ years old and the average price was
>>>>> >> about 10 times original. I remember $65K for an old Road Runner with
>>>>> >> painted wheels and hub caps.
>>>>> >
>>>>> > I think one thing that has changed is that
>>>>> > American cars 15-20 years ago were a shadow of
>>>>> > their former selves. Now the performance is
>>>>> > back with a vengeance--who'd a thunk we'd ever
>>>>> > see a _stock_ Caddy that does sub-12-second
>>>>> > quarters and tops out at 200?
>>>>> >
>>>>>
>>>>> It was all about getting rid of carburetors and adding electronics.
>>>>> Those two things added HP "and" fuel economy.
>>>>
>>>>'60s American cars had no shortage of horsepower
>>>>and nothing changed in the laws of physics to
>>>>change that. What changed was the law. The
>>>>electronics let a car that is in compliance with
>>>>the new laws produce as much power as one that
>>>>was produced before the laws went into effect.
>>>
>>>No, cars produce a lot more power now. It's not unusual to see a six
>>>delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
>>>stock anything.
>>
>>Offies did a lot more than 300HP with four cyclinders.
>On the street? On pump gas?
>
>252 cu inch, 15+:1 compression, 4 valve dohc 420HP.Turbo'd, ovewr
>1000HP
The offenhiesers were Indy car favorite for years, doubt any of them
ever saw pump gas. The last one (its serial number) still achieved
over 200mph at indy's 2.5 mile rectangle.
On Sun, 26 Mar 2017 21:54:09 -0400, [email protected] wrote:
>On Sun, 26 Mar 2017 21:46:48 -0400, [email protected] wrote:
>
>>On Mon, 27 Mar 2017 01:09:16 +0000 (UTC), John McCoy
>><[email protected]> wrote:
>>
>>>[email protected] wrote in news:bjhgdcpjf6g5q717qsm4m8ri1blbm4lkkr@
>>>4ax.com:
>>>
>>>> And to the best of my knowlege virtually all Sprint and Indy engines
>>>> have been running Methanol since the sixties, or even earlier.. LONG
>>>> before the Turbo Indy engines.
>>>
>>>Methanol(*) was used on and off from the 30s. It has the great
>>>advantage of being detonation-proof if you run rich, and
>>>there's no power loss if it's rich. With mechanical fuel
>>>injection you couldn't control the mixture all that well,
>>>so methanol was the way to go.
>>>
>>>That said, methanol is a pain to work with, so a lot of guys
>>>found it simpler and cheaper to stick with a carb and gas.
>>>With the tires available even into the 60s the Offy could
>>>usually overpower them on gas, unless it was a big track
>>>like a mile (or, of course, Indy).
>>>
>>>John
>>>
>>>(* vaguely on topic reference - methanol comes from wood)
>> Most of the sanctioned tracks REQUIRED methanol by the sixties. USAC
>>for sure requires Methanol - and most sprint cars today run either 360
>>or 410 cu inch V8s. - with a 305 inch class gaining ground.
>>
>>Upon checking the rule books, ALL USAC sprint and midget classes are
>>limited to alcohol fuel - most classes Methanol only - some classes
>>allow Ignite Ethanol or Methanol. NONE allow gasoline of ANY type..
>>
>>
>> This has been true for as long as I can remember.
> Further investigation reveals USAC made the switch to methanol in
>1964/65 for sprint and Indy racing - at leat one USAC sprint class has
>switched exclusively to Ignite Red Ethanol over the last couple of
>years.
Eddie Sachs' death in the '64 Indy put an end to gasoline.
On Tue, 21 Mar 2017 10:28:28 -0400, Casper <[email protected]>
wrote:
>>> On closer inspection, it's not a touring or Phaeton because the door of a
>>> phaeton or fordoor would go back over the fender <claire@snyder>
>
>[email protected] (Neill Massello) was heard to mutter:
>>For me, that was clue that it couldn't be the model Casper linked to in
>>his post.
>
>I only posted the link for visual reference to a (any) Durant as
>hubops mentioned it.
>
>FWIW, after looking at the back of a few Chevys (got a friend in a car
>club with a few Chevys, Fords, etc), can't say I see a resemblance.
>
>I'm not as into cars as some and anyway I prefer British ones.
>
>Looks like Mother Earth is taking all those parts back in the photos.
There is only ONE YEAR of Chevy yhat resembles that body - and it
resembles it very closely. That year is 1932. NOT 1931, and NOT 1933.
Totally different animals. 1932 was a 1 year only "baby Cadillac"
see:
http://cdn.barrett-jackson.com/staging/carlist/items/Fullsize/Cars/23514/23514_Side_Profile_Web.jpg
and
http://www.remarkablecars.com/main/chevrolet/1932-chevrolet-confederate-sedan-3.jpg
That one is a deluxe, not a standard. Deluxe is a "6 wheeler" while
the standard only has one spare, on the rear.
It is also a 4 door - so you can see the one referenced by the OP
definitely is NOT a 4 door anything.
Here is another 2 door - not as rough as the one referenced --
https://s-media-cache-ak0.pinimg.com/736x/d8/6d/5d/d86d5d35e3bcf038136f80d1c053f025.jpg
and another
http://dansoldcars.net/100_4056.jpg
http://dansoldcars.net/100_3335.jpg
and another:
http://davidsclassiccars.com/images/full/1932-chevrolet-confederate-2dr-sedan-5.jpg
and another:
http://www.cars-on-line.com/photo/50200/32chev50237-1.jpg
and another:
http://davidsclassiccars.com/images/full/1932-chevrolet-chevy-confederate-2-door-sedan-original-barn-find-excellent-orig-7.jpg
and another:
http://smclassiccars.com/uploads/postfotos/1932-chevy-sedan-street-rod-hot-rod-5.JPG
Note the "feature lines" at the beltline. and around the bottom of
the "tub" - and the gastank cover.
In all my years working on and playing with old cars I have not seen
ANY other vehicle that so closely matches the "tub" referenced by the
OP. It IS rather unique, when you get right down to it.
On 3/23/2017 3:45 PM, Scott Lurndal wrote:
> John McCoy <[email protected]> writes:
>> Leon <lcb11211@swbelldotnet> wrote in
>> news:[email protected]:
>>
>>> I was watching Velocity. A restorer found a Stutz Bearcat unmodified
>>> and pretty much in running condition hidden away in a garage. They
>>> bought it and just cleaned it up and then entered it in the Bebble
>>> Beach Show and won first prize for not restoring. It ran well
>>> considering it's age. 1921 model.
>>
>> That seems to be a thing now. It's a bit like patina on
>> old tools - as long as the car is sound, the less you do
>> to it the more it's valued.
>
> I wonder if that's because most restorations seldom get back
> what was put into them?
>
That would make perfect sense. I can not think of any other reason.
OR to keep it authentic. Paint not so much but I would imagine it would
be very difficult to find parts for a very old vehicle.
Alice Jones <[email protected]> was heard to mutter:
>Can you tell anything about this old auto from the photos?
>http://i.cubeupload.com/rHHKQq.jpg
>
>(*) round back http://i.cubeupload.com/RjfyRW.jpg
>(*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>(*) external fenders http://i.cubeupload.com/9UecSp.jpg
>(*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>
>Is there a good way to tell what kind of solid wood was used?
>And why would it have what looks like bullet holes in the back?
For comparison...
http://car-from-uk.com/sale.php?id=39076
On Wed, 22 Mar 2017 05:26:13 -0700 (PDT), "Dr. Deb"
<[email protected]> wrote:
>On Saturday, March 18, 2017 at 1:29:35 PM UTC-5, Alice Jones wrote:
>> Can you tell anything about this old auto from the photos?
>> http://i.cubeupload.com/rHHKQq.jpg
>>
>> (*) round back http://i.cubeupload.com/RjfyRW.jpg
>> (*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>> (*) external fenders http://i.cubeupload.com/9UecSp.jpg
>> (*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>>
>> Is there a good way to tell what kind of solid wood was used?
>> And why would it have what looks like bullet holes in the back?
>
>Cars are not my thing, but I have a friend who could put it back in pristine condition. What the man does is simply amazing. He just finished his last restoration (he is retiring), which was a 32 Ford Cabrolet. When he started all he had was a body, which was in much worse shape than what you are showing here (rusted up 4-6" all around the bottom, no floor pan, no top mechanism, no rumble seat, no hood, no chassis) , and the cowl. He delivered it (drove it over to the owner's house) Sunday and you could comb your hair in the paint job.
I've seen some real magic done too, but there is hardly enough left
of that Chevy to make it worth while. Lots of more complete vehicles
around that even if more expensive to buy, will cost MUCH less to
complete.
That "tub" might be a good repair part for a more badly rusted, more
complete, vehicle.
On Fri, 24 Mar 2017 23:07:16 -0400, [email protected] wrote:
>On Fri, 24 Mar 2017 21:29:04 -0400, "J. Clarke"
><[email protected]> wrote:
>
>>In article <15idneweQbZzO0jFnZ2dnUU7-
>>[email protected]>, lcb11211@swbelldotnet
>>says...
>>>
>>> On 3/24/2017 5:55 PM, J. Clarke wrote:
>>> > In article <MomdnWLWe_muA0jFnZ2dnUU7-
>>> > [email protected]>, lcb11211@swbelldotnet
>>> > says...
>>> >>
>>> >> On 3/24/2017 12:58 AM, [email protected] wrote:
>>> >>> On Thursday, March 23, 2017 at 7:25:48 AM UTC-5, [email protected] wrote:
>>> >>> .
>>> >>>> Except for rare vehicles, it NEVER makes any financial sense (and yes,
>>> >>>> I HAVE restored some old vehicles, including a few "basket cases"
>>> >>>> Even at Barrett Jackson auctions, you can usually buy very good to
>>> >>>> excellent cars for significantly less than the cost to build - even
>>> >>>> strting from a reasonably good junker.
>>> >>>
>>> >>> One of my long time friends would certainly give you an "AMEN" on that. He loved early Mustangs and the old 240Z from Datsun.
>>> >>>
>>> >>> The amount of knowledge needed to "authentically restore" the cars correctly was staggering. The money needed to find original parts, just as much. The time to learn what to do, which parts went on which variant (depending on manufacturing dates, etc.) and on and on was a full time job. He gave up on the last Mustang and sold it dismantled for parts as he couldn't get it restored to his standards. After about 5-6 years in the garage, his wife stepped in, and
>>that
>>> > was that.
>>> >>>
>>> >>> He got two 240s up and running and couldn't find the parts needed to restore them. He found that certain pieces from 260s fit the 240s, so he went that route. Now all he had when finished was a running sports car.
>>> >>>
>>> >>> He lost money on all of his efforts. Restoring is 1) a labor of love and/or 2) a full time job.
>>> >>>
>>> >>> We went to a local car show after that, and he was crushed as he found what I had told him all along, you can buy a finished product for about 1/2 (or less) of what it costs to restore one in your garage by yourself. He hasn't turned a wrench to restore a vehicle since.
>>> >>>
>>> >>> Check out the prices on some of these mid 60s Mustangs:
>>> >>>
>>> >>> https://goo.gl/d0Hsfv
>>> >>>
>>> >>> Check out the '69 Ford Fastback Mustang with the 351 Cleveland V8 and less than 19,000 miles. Great paint, Cragar mags, new shoes, and $28,500. No muss, no fuss. My boy had 25K in the engine rebuild, transmission rebuild, new drive shaft and rebuilt rear end of the '67 he was last working on. That did include the J.C. Whitney (remember them?) interior kit that was formed carpet, door panels, and seat covers that were sitting in the car when he sold it. He
>>needed
>>> > a new steering wheel, appropriate AM radio, all knobs and handles, badges, body work, paint, and the correct age rims. He figured another 10K and a couple of years of his elbow grease and he would have it finished if he had found the time.
>>> >>>
>>> >>> He sold the car (not running) with the papers on the rebuilds along with all the parts and pieces he collected for $5500 after coming down on his price many times. The guy that bought it was a lucky break for him as he bought it as a project for him and his son that was a 16 year old motor head.
>>> >>>
>>> >>> Robert
>>> >>>
>>> >>
>>> >> WOW! Things have changed. My son and I used to visit "Street of Dreams"
>>> >> in Sugar Land about 10~15 years ago. Old Mustangs were going for $40K+
>>> >> They only had American that was 30+ years old and the average price was
>>> >> about 10 times original. I remember $65K for an old Road Runner with
>>> >> painted wheels and hub caps.
>>> >
>>> > I think one thing that has changed is that
>>> > American cars 15-20 years ago were a shadow of
>>> > their former selves. Now the performance is
>>> > back with a vengeance--who'd a thunk we'd ever
>>> > see a _stock_ Caddy that does sub-12-second
>>> > quarters and tops out at 200?
>>> >
>>>
>>> It was all about getting rid of carburetors and adding electronics.
>>> Those two things added HP "and" fuel economy.
>>
>>'60s American cars had no shortage of horsepower
>>and nothing changed in the laws of physics to
>>change that. What changed was the law. The
>>electronics let a car that is in compliance with
>>the new laws produce as much power as one that
>>was produced before the laws went into effect.
>
>No, cars produce a lot more power now. It's not unusual to see a six
>delivering 300HP now. I recall any 300HP sixes from the 60s, or 650HP
>stock anything.
Offies did a lot more than 300HP with four cyclinders.
On 3/27/2017 5:10 PM, J. Clarke wrote:
> In article <x_mdnYUZ_P0mEUTFnZ2dnUU7-
> [email protected]>, lcb11211@swbelldotnet
> says...
>>
>> On 3/27/2017 4:21 PM, J. Clarke wrote:
>>> In article <tPmdnTF0oeL090TFnZ2dnUU7-
>>> [email protected]>, lcb11211@swbelldotnet
>>> says...
>>>>
>>>> On 3/27/2017 2:33 PM, Leon wrote:
>>>>> On 3/27/2017 11:14 AM, Scott Lurndal wrote:
>>>>>> John McCoy <[email protected]> writes:
>>>>>>
>>>>>>>
>>>>>>> The invisible flames is the biggest safety issue with alcohol
>>>>>>> fuels, but counterbalancing that, alcohol won't explode like
>>>>>>> gasoline, and you can put it out with water whereas gas needs
>>>>>>> a foam or CO2 extinquisher.
>>>>>>
>>>>>> As I understand it, liquid gasoline itself won't explode,
>>>>>> but the vapor can.
>>>>>>
>>>>>
>>>>>
>>>>> IIRC any thing that burns has to be a vapor first.
>>>>
>>>> vapor/gas
>>>
>>> So solid nitro powder wont' burn unless it is
>>> fist evaporated?
>>>
>>
>> I'm no chemist but that is how I understand it. Some how the dry
>> chemical will turn to a liquid then a gas before it will burn.
>> That is what we were taught in chemistry class.
>>
>> And understand that the whole thing does not have to turn into a liquid,
>> only the portion next to the heat source so that it can evaporate and
>> provide fuel to the flame.
>>
>> IIRC a candle was used to demonstrate the stages of the process.
>
> A candle needs atmospheric oxygen. Nitro powder
> doesn't.
Understood but does the nitro not create oxygen during the
transformation process?
>
> Then there's nitro itself, which goes boom in
> liquid bulk.
>
On Mon, 27 Mar 2017 01:09:16 +0000 (UTC), John McCoy
<[email protected]> wrote:
>[email protected] wrote in news:bjhgdcpjf6g5q717qsm4m8ri1blbm4lkkr@
>4ax.com:
>
>> And to the best of my knowlege virtually all Sprint and Indy engines
>> have been running Methanol since the sixties, or even earlier.. LONG
>> before the Turbo Indy engines.
>
>Methanol(*) was used on and off from the 30s. It has the great
>advantage of being detonation-proof if you run rich, and
>there's no power loss if it's rich. With mechanical fuel
>injection you couldn't control the mixture all that well,
>so methanol was the way to go.
But you have to carry twice as much to get the same distance between
fueling stops. The other issue is that the flames are transparent so
you can't see a car on fire.
>
>That said, methanol is a pain to work with, so a lot of guys
>found it simpler and cheaper to stick with a carb and gas.
>With the tires available even into the 60s the Offy could
>usually overpower them on gas, unless it was a big track
>like a mile (or, of course, Indy).
>
>John
>
>(* vaguely on topic reference - methanol comes from wood)
John McCoy <[email protected]> writes:
>
>The invisible flames is the biggest safety issue with alcohol
>fuels, but counterbalancing that, alcohol won't explode like
>gasoline, and you can put it out with water whereas gas needs
>a foam or CO2 extinquisher.
As I understand it, liquid gasoline itself won't explode,
but the vapor can.
On 3/27/2017 11:14 AM, Scott Lurndal wrote:
> John McCoy <[email protected]> writes:
>
>>
>> The invisible flames is the biggest safety issue with alcohol
>> fuels, but counterbalancing that, alcohol won't explode like
>> gasoline, and you can put it out with water whereas gas needs
>> a foam or CO2 extinquisher.
>
> As I understand it, liquid gasoline itself won't explode,
> but the vapor can.
>
IIRC any thing that burns has to be a vapor first.
In article <tPmdnTF0oeL090TFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/27/2017 2:33 PM, Leon wrote:
> > On 3/27/2017 11:14 AM, Scott Lurndal wrote:
> >> John McCoy <[email protected]> writes:
> >>
> >>>
> >>> The invisible flames is the biggest safety issue with alcohol
> >>> fuels, but counterbalancing that, alcohol won't explode like
> >>> gasoline, and you can put it out with water whereas gas needs
> >>> a foam or CO2 extinquisher.
> >>
> >> As I understand it, liquid gasoline itself won't explode,
> >> but the vapor can.
> >>
> >
> >
> > IIRC any thing that burns has to be a vapor first.
>
> vapor/gas
So solid nitro powder wont' burn unless it is
fist evaporated?
In article <x_mdnYUZ_P0mEUTFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/27/2017 4:21 PM, J. Clarke wrote:
> > In article <tPmdnTF0oeL090TFnZ2dnUU7-
> > [email protected]>, lcb11211@swbelldotnet
> > says...
> >>
> >> On 3/27/2017 2:33 PM, Leon wrote:
> >>> On 3/27/2017 11:14 AM, Scott Lurndal wrote:
> >>>> John McCoy <[email protected]> writes:
> >>>>
> >>>>>
> >>>>> The invisible flames is the biggest safety issue with alcohol
> >>>>> fuels, but counterbalancing that, alcohol won't explode like
> >>>>> gasoline, and you can put it out with water whereas gas needs
> >>>>> a foam or CO2 extinquisher.
> >>>>
> >>>> As I understand it, liquid gasoline itself won't explode,
> >>>> but the vapor can.
> >>>>
> >>>
> >>>
> >>> IIRC any thing that burns has to be a vapor first.
> >>
> >> vapor/gas
> >
> > So solid nitro powder wont' burn unless it is
> > fist evaporated?
> >
>
> I'm no chemist but that is how I understand it. Some how the dry
> chemical will turn to a liquid then a gas before it will burn.
> That is what we were taught in chemistry class.
>
> And understand that the whole thing does not have to turn into a liquid,
> only the portion next to the heat source so that it can evaporate and
> provide fuel to the flame.
>
> IIRC a candle was used to demonstrate the stages of the process.
A candle needs atmospheric oxygen. Nitro powder
doesn't.
Then there's nitro itself, which goes boom in
liquid bulk.
In article <3q6dnTeTgpluEkTFnZ2dnUU7-
[email protected]>, lcb11211@swbelldotnet
says...
>
> On 3/27/2017 5:10 PM, J. Clarke wrote:
> > In article <x_mdnYUZ_P0mEUTFnZ2dnUU7-
> > [email protected]>, lcb11211@swbelldotnet
> > says...
> >>
> >> On 3/27/2017 4:21 PM, J. Clarke wrote:
> >>> In article <tPmdnTF0oeL090TFnZ2dnUU7-
> >>> [email protected]>, lcb11211@swbelldotnet
> >>> says...
> >>>>
> >>>> On 3/27/2017 2:33 PM, Leon wrote:
> >>>>> On 3/27/2017 11:14 AM, Scott Lurndal wrote:
> >>>>>> John McCoy <[email protected]> writes:
> >>>>>>
> >>>>>>>
> >>>>>>> The invisible flames is the biggest safety issue with alcohol
> >>>>>>> fuels, but counterbalancing that, alcohol won't explode like
> >>>>>>> gasoline, and you can put it out with water whereas gas needs
> >>>>>>> a foam or CO2 extinquisher.
> >>>>>>
> >>>>>> As I understand it, liquid gasoline itself won't explode,
> >>>>>> but the vapor can.
> >>>>>>
> >>>>>
> >>>>>
> >>>>> IIRC any thing that burns has to be a vapor first.
> >>>>
> >>>> vapor/gas
> >>>
> >>> So solid nitro powder wont' burn unless it is
> >>> fist evaporated?
> >>>
> >>
> >> I'm no chemist but that is how I understand it. Some how the dry
> >> chemical will turn to a liquid then a gas before it will burn.
> >> That is what we were taught in chemistry class.
> >>
> >> And understand that the whole thing does not have to turn into a liquid,
> >> only the portion next to the heat source so that it can evaporate and
> >> provide fuel to the flame.
> >>
> >> IIRC a candle was used to demonstrate the stages of the process.
> >
> > A candle needs atmospheric oxygen. Nitro powder
> > doesn't.
>
> Understood but does the nitro not create oxygen during the
> transformation process?
It releases it, it doesn't consume it.
> > Then there's nitro itself, which goes boom
in
> > liquid bulk.
> >
[email protected] wrote in news:t2qgdclr36cf3369h4vf61t3kpsvldj57a@
4ax.com:
> Most of the sanctioned tracks REQUIRED methanol by the sixties. USAC
> for sure requires Methanol - and most sprint cars today run either 360
> or 410 cu inch V8s. - with a 305 inch class gaining ground.
Indy switched to methanol for safety reasons in 1965. The lower
series (sprints, etc) mandated methanol a year or two later.
With modern tires, sprint cars are generally more power limited
than traction, so in most series methanol is a necessity if you
want to be competitive now. It's still a pain to work with.
John
[email protected] wrote in news:[email protected]:
> On Mon, 27 Mar 2017 01:09:16 +0000 (UTC), John McCoy
> <[email protected]> wrote:
>>Methanol(*) was used on and off from the 30s. It has the great
>>advantage of being detonation-proof if you run rich, and
>>there's no power loss if it's rich. With mechanical fuel
>>injection you couldn't control the mixture all that well,
>>so methanol was the way to go.
>
> But you have to carry twice as much to get the same distance between
> fueling stops. The other issue is that the flames are transparent so
> you can't see a car on fire.
Yeah, but power is more important than fuel economy in racing,
especially in short races like sprints.
The invisible flames is the biggest safety issue with alcohol
fuels, but counterbalancing that, alcohol won't explode like
gasoline, and you can put it out with water whereas gas needs
a foam or CO2 extinquisher.
John
[email protected] (Scott Lurndal) wrote in news:KTaCA.225725$ff2.3659
@fx41.iad:
> John McCoy <[email protected]> writes:
>
>>
>>The invisible flames is the biggest safety issue with alcohol
>>fuels, but counterbalancing that, alcohol won't explode like
>>gasoline, and you can put it out with water whereas gas needs
>>a foam or CO2 extinquisher.
>
> As I understand it, liquid gasoline itself won't explode,
> but the vapor can.
Quite true, and the same applies to methanol. The difference
is gasoline is more volatile, so it turns into vapor much
more readily than methanol.
John
On Mon, 27 Mar 2017 01:09:16 +0000 (UTC), John McCoy
<[email protected]> wrote:
>[email protected] wrote in news:bjhgdcpjf6g5q717qsm4m8ri1blbm4lkkr@
>4ax.com:
>
>> And to the best of my knowlege virtually all Sprint and Indy engines
>> have been running Methanol since the sixties, or even earlier.. LONG
>> before the Turbo Indy engines.
>
>Methanol(*) was used on and off from the 30s. It has the great
>advantage of being detonation-proof if you run rich, and
>there's no power loss if it's rich. With mechanical fuel
>injection you couldn't control the mixture all that well,
>so methanol was the way to go.
>
>That said, methanol is a pain to work with, so a lot of guys
>found it simpler and cheaper to stick with a carb and gas.
>With the tires available even into the 60s the Offy could
>usually overpower them on gas, unless it was a big track
>like a mile (or, of course, Indy).
>
>John
>
>(* vaguely on topic reference - methanol comes from wood)
Most of the sanctioned tracks REQUIRED methanol by the sixties. USAC
for sure requires Methanol - and most sprint cars today run either 360
or 410 cu inch V8s. - with a 305 inch class gaining ground.
Upon checking the rule books, ALL USAC sprint and midget classes are
limited to alcohol fuel - most classes Methanol only - some classes
allow Ignite Ethanol or Methanol. NONE allow gasoline of ANY type..
This has been true for as long as I can remember.
On 3/27/2017 2:33 PM, Leon wrote:
> On 3/27/2017 11:14 AM, Scott Lurndal wrote:
>> John McCoy <[email protected]> writes:
>>
>>>
>>> The invisible flames is the biggest safety issue with alcohol
>>> fuels, but counterbalancing that, alcohol won't explode like
>>> gasoline, and you can put it out with water whereas gas needs
>>> a foam or CO2 extinquisher.
>>
>> As I understand it, liquid gasoline itself won't explode,
>> but the vapor can.
>>
>
>
> IIRC any thing that burns has to be a vapor first.
vapor/gas
On 3/27/2017 4:21 PM, J. Clarke wrote:
> In article <tPmdnTF0oeL090TFnZ2dnUU7-
> [email protected]>, lcb11211@swbelldotnet
> says...
>>
>> On 3/27/2017 2:33 PM, Leon wrote:
>>> On 3/27/2017 11:14 AM, Scott Lurndal wrote:
>>>> John McCoy <[email protected]> writes:
>>>>
>>>>>
>>>>> The invisible flames is the biggest safety issue with alcohol
>>>>> fuels, but counterbalancing that, alcohol won't explode like
>>>>> gasoline, and you can put it out with water whereas gas needs
>>>>> a foam or CO2 extinquisher.
>>>>
>>>> As I understand it, liquid gasoline itself won't explode,
>>>> but the vapor can.
>>>>
>>>
>>>
>>> IIRC any thing that burns has to be a vapor first.
>>
>> vapor/gas
>
> So solid nitro powder wont' burn unless it is
> fist evaporated?
>
I'm no chemist but that is how I understand it. Some how the dry
chemical will turn to a liquid then a gas before it will burn.
That is what we were taught in chemistry class.
And understand that the whole thing does not have to turn into a liquid,
only the portion next to the heat source so that it can evaporate and
provide fuel to the flame.
IIRC a candle was used to demonstrate the stages of the process.
Some elements/mistures change forms very quickly.
Markem <[email protected]> wrote in
news:[email protected]:
> Offies did a lot more than 300HP with four cyclinders.
Engineering wise, the Offy was far far far advanced
over what Detroit was putting in production cars in
the 60's (despite the Offy having been designed in
the 30s). It's a fascinating design.
A good test of someone who thinks they know engines
is to ask them to describe an Offy head gasket.
John
On Sun, 19 Mar 2017 21:16:06 -0500, Martin Eastburn
<[email protected]> wrote:
>What were 'Woodies' made from - station wagons were in the 50's.
>
>We had Wood carrier top that had to have Spar put on it now and then.
>I want to say the tailgate also, but not the sides.
>
>Martin
>
>On 3/18/2017 4:12 PM, [email protected] wrote:
>> On Sat, 18 Mar 2017 18:29:31 +0000 (UTC), Alice Jones
>> <[email protected]> wrote:
>>
>>> Can you tell anything about this old auto from the photos?
>>> http://i.cubeupload.com/rHHKQq.jpg
>>>
>>> (*) round back http://i.cubeupload.com/RjfyRW.jpg
>>> (*) wood interior http://i.cubeupload.com/JtyYNW.jpg
>>> (*) external fenders http://i.cubeupload.com/9UecSp.jpg
>>> (*) mounted on a frame http://i.cubeupload.com/gWrN0H.jpg
>>>
>>> Is there a good way to tell what kind of solid wood was used?
>>> And why would it have what looks like bullet holes in the back?
>> Ash and Oak were commonly used for automotive body framing - Fischer
>> Body division of General Motors used wood framing up untill 1937.
>>
The Chrysler Town and Country convertible in the forties just had
decorative wood trim on an all steel body, as did Ford's woodies from
'53 on. Very shortly thereafter, even that trim was "fake wood"
[email protected] writes:
>On Thu, 23 Mar 2017 05:05:52 -0700 (PDT), "Dr. Deb"
><[email protected]> wrote:
>>
>>Believe me, on the last car, and it was also the last car he is doing, he had much less to start with and rolled out his door looking like it just came out of the showroom.
> Like I said - anything is possible - including building an accurate
>reproduction from scratch - but that only really makes sense for very
>rare cars - not a '32 Chevy. with totally roached fenders, no doors or
>front sheet metal and no roof.
>Except for rare vehicles, it NEVER makes any financial sense (and yes,
>I HAVE restored some old vehicles, including a few "basket cases"
> Even at Barrett Jackson auctions, you can usually buy very good to
>excellent cars for significantly less than the cost to build - even
>strting from a reasonably good junker.
It seldom makes financial sense to restore an old car. That's not
why it's done, generally.