With a pre-war or post-war POD the challenge is to lay the groundwork to improve Studebaker’s (and Packard's) prospects ITTL compared to OTL, whether they remain independent (a bit longer if not as a lower-volume marque) or as a thriving part of another company be it ATL Studebaker-Packard (whilst also finding ways of strengthening Packard beforehand) or a later merger with / takeover of ATL AMC.
The following below is a non-comprehensive list of PODs IOTL so far that could have potentially helped lay the groundwork to resolve things ITTL under better circumstances.
-In-House Solutions-
Partly inspired by potential POD ideas from the following Indie Auto articles relating to Studebaker later Studebaker-Packard with varying degrees of applicability ITTL, depending both on the company’s ATL success and the POD ideas being further refined.
- https://www.indieauto.org/2019/10/01/1951-studebaker-pointing-in-the-wrong-direction/
- https://www.indieauto.org/2020/09/25/1958-studebaker-honesty-is-the-best-policy/
- https://www.indieauto.org/2020/01/01/1963-64-studebaker-avanti-a-classic-failure/
- https://www.indieauto.org/2020/02/01/1965-studebaker-lark-concept-almost-a-baby-lincoln/
-Studebaker V8-
One element that could have potentially been remedied would have to be a different development trajectory for the Studebaker V8 engine, where additional key elements were copied from the Cadillac V8 that specifically gave the Cadillac many of its inherent qualities and scaled it down to reduce the deck height of the block, save weight*, and create a more compact engine to something approaching a Chevrolet Small Block V8 (with a displacement range of 201-343 cubic inches up to about 352-360 at most).
*- From 650lbs IOTL to around 550-535~lbs+ ITTL, with scope for a later additional 50lbs or so reduction by way of thinwall blocks (as was apparently tested at Studebaker IOTL) or newer casting techniques.
To take the Chevrolet Small Block comparison even further with the ATL Studebaker V8, while one could argue the company could have bought an inline-6 from outside or when down a different development path in creating a replacement for the Flathead Inline-6. This ATL also opens up the possibility for an ATL Studebaker V8 analogue of the OTL Chevrolet Small Block V8-based General Motors 90-degree V6 engine displacing around 151-256 cubic inches. - https://www.curbsideclassic.com/automotive-histories/engine-history-the-studebaker-v8/
-The ATL Role of Porsche-
The above would in turn butterfly away the need for the Studebaker-Porsche Type 534 project and its 120-degree V6 engine, while making the 82 hp 2-litre Flat-Four powered Studebaker-Porsche Type 633 appear to be a more valuable proposition as an entry-level model depending on whether the company could afford a smaller model. - https://driventowrite.com/2020/06/23/studebaker-porsche-stillborn-design-project/
-Packard V8-
Have heard the Packard V8 itself was capable of growing up to 400 cubic inches or so, yet do not know how things could have been improved or which closest benchmarks / templates Packard could have drawn inspiration from ITTL.
Depending on how Packard could have improved its own prospects before its merger with ATL Studebaker compared to OTL, it is possible the ATL Studebaker V8 would eventually displace the Packard V8.
-Packard V12-
It seems Packard under Jim Nance looked at developing a V12 based on the V8 engine. Jesse Vincent had been planning a 5068cc V8 of 95.3mm x 88.9mm for the V8 though decided to reduce the stroke to 82.6mm to give 4706cc for the V8 and 7069cc for the V12 as he thought the original stroke (and displacement of 7602cc) would have been too excessive for the equivalent V12.
The idea was later dropped by mid-1953 after other implications had been assessed including vehicle cost and timing, prior to the company being in terminal declined by 1957 IOTL. No clue on whether an ATL Packard that improved its prospects beforehand or a thriving ATL Studebaker-Packard could have salvaged something from the Packard V12 project.
-Talks with Facel-Vega-
There was also the OTL discussions between Facel-Vega and Studebaker-Packard, though not sure how much of a relevant factor they would be ITTL.
The only potentially helpful change would be for Studebaker-Packard to become involved in the Facellia 115 hp 1.6-litre (1646cc) 4-cylinder Hemi-headed Twin-Cam (with one experimental version growing to a 150 hp 1980cc Twin-Cam Twin-Spark prototype engine) that IOTL was built in France by Paul Cavallier of the Pont-à-Mousson company with some involvement by Harry Mundy prior to developing the Lotus Twin-Cam engine, Mundy proposed 5 bearings for the camshafts for the Facellia 4-cylinder though it was not adopted and also developed a 2.6-2.8-litre 60-degree V6 Twin-Cam putting out 200+ hp (280 hp in sport form) that never saw the light of day.
- https://en.wikipedia.org/wiki/Facel_Vega_Excellence#Discussions_with_Studebaker-Packard
- https://www.classicdriver.com/en/car/facel-vega/facellia/1960/656222
- http://www.facel-vega.com/hifrog10.shtml (French link)
The following below is a non-comprehensive list of PODs IOTL so far that could have potentially helped lay the groundwork to resolve things ITTL under better circumstances.
-In-House Solutions-
Partly inspired by potential POD ideas from the following Indie Auto articles relating to Studebaker later Studebaker-Packard with varying degrees of applicability ITTL, depending both on the company’s ATL success and the POD ideas being further refined.
- https://www.indieauto.org/2019/10/01/1951-studebaker-pointing-in-the-wrong-direction/
- https://www.indieauto.org/2020/09/25/1958-studebaker-honesty-is-the-best-policy/
- https://www.indieauto.org/2020/01/01/1963-64-studebaker-avanti-a-classic-failure/
- https://www.indieauto.org/2020/02/01/1965-studebaker-lark-concept-almost-a-baby-lincoln/
-Studebaker V8-
One element that could have potentially been remedied would have to be a different development trajectory for the Studebaker V8 engine, where additional key elements were copied from the Cadillac V8 that specifically gave the Cadillac many of its inherent qualities and scaled it down to reduce the deck height of the block, save weight*, and create a more compact engine to something approaching a Chevrolet Small Block V8 (with a displacement range of 201-343 cubic inches up to about 352-360 at most).
*- From 650lbs IOTL to around 550-535~lbs+ ITTL, with scope for a later additional 50lbs or so reduction by way of thinwall blocks (as was apparently tested at Studebaker IOTL) or newer casting techniques.
To take the Chevrolet Small Block comparison even further with the ATL Studebaker V8, while one could argue the company could have bought an inline-6 from outside or when down a different development path in creating a replacement for the Flathead Inline-6. This ATL also opens up the possibility for an ATL Studebaker V8 analogue of the OTL Chevrolet Small Block V8-based General Motors 90-degree V6 engine displacing around 151-256 cubic inches. - https://www.curbsideclassic.com/automotive-histories/engine-history-the-studebaker-v8/
-The ATL Role of Porsche-
The above would in turn butterfly away the need for the Studebaker-Porsche Type 534 project and its 120-degree V6 engine, while making the 82 hp 2-litre Flat-Four powered Studebaker-Porsche Type 633 appear to be a more valuable proposition as an entry-level model depending on whether the company could afford a smaller model. - https://driventowrite.com/2020/06/23/studebaker-porsche-stillborn-design-project/
-Packard V8-
Have heard the Packard V8 itself was capable of growing up to 400 cubic inches or so, yet do not know how things could have been improved or which closest benchmarks / templates Packard could have drawn inspiration from ITTL.
Depending on how Packard could have improved its own prospects before its merger with ATL Studebaker compared to OTL, it is possible the ATL Studebaker V8 would eventually displace the Packard V8.
-Packard V12-
It seems Packard under Jim Nance looked at developing a V12 based on the V8 engine. Jesse Vincent had been planning a 5068cc V8 of 95.3mm x 88.9mm for the V8 though decided to reduce the stroke to 82.6mm to give 4706cc for the V8 and 7069cc for the V12 as he thought the original stroke (and displacement of 7602cc) would have been too excessive for the equivalent V12.
The idea was later dropped by mid-1953 after other implications had been assessed including vehicle cost and timing, prior to the company being in terminal declined by 1957 IOTL. No clue on whether an ATL Packard that improved its prospects beforehand or a thriving ATL Studebaker-Packard could have salvaged something from the Packard V12 project.
-Talks with Facel-Vega-
There was also the OTL discussions between Facel-Vega and Studebaker-Packard, though not sure how much of a relevant factor they would be ITTL.
The only potentially helpful change would be for Studebaker-Packard to become involved in the Facellia 115 hp 1.6-litre (1646cc) 4-cylinder Hemi-headed Twin-Cam (with one experimental version growing to a 150 hp 1980cc Twin-Cam Twin-Spark prototype engine) that IOTL was built in France by Paul Cavallier of the Pont-à-Mousson company with some involvement by Harry Mundy prior to developing the Lotus Twin-Cam engine, Mundy proposed 5 bearings for the camshafts for the Facellia 4-cylinder though it was not adopted and also developed a 2.6-2.8-litre 60-degree V6 Twin-Cam putting out 200+ hp (280 hp in sport form) that never saw the light of day.
- https://en.wikipedia.org/wiki/Facel_Vega_Excellence#Discussions_with_Studebaker-Packard
- https://www.classicdriver.com/en/car/facel-vega/facellia/1960/656222
- http://www.facel-vega.com/hifrog10.shtml (French link)
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