Updated: 21-Aug-2024
This company is a manufacturer of engine parts and subcontractor of other brands. It is also known to have manufactured a certain number of “Liberties” under contract of the American government.
-It also made the Rausie E-6 and Morehouse M-42.
-From the experience with the Rausie engines came the Steel Products-Rausie H-6, with some modifications and construction details typical of Steel Products, including four valves per cylinder, 135 HP.
“Steel Products - Rausie H-6”
-There was a totally genuine Steel Products design, the Model R-W. With four inverted cylinders giving 90 HP at 1,900 rpm, with the possibility of having a reduction gear.
“Steel Products R-W”
-There are several engines under this brand. We mention them below together with the dossier containing information about them in the Nasm
-Horizontally-opposed two cylinder engine. Photo. (BS-260000-20).
-9-cylinder radial engine. Photo. (BS-260020-20).
-12-cylinder V-engine. Doc. (BS-260040-01).
-XV-660-2 engine, a 12V. Doc. (BS-260060-01).
From Appendix 12: Boxer engine built at this Springfield company.
"Steel Products boxer, rear view"
"Steel Products boxer, front view"
Engines of STEEL PRODUCTS ENGINEERING CO
Model: 12 cyl. Vee
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight:
Model: 2 cyl. twin-flat
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight:
Model: 9 cyl. radial
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight:
Model: “Rausie” E-6
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight:
Model: ”Rausie” H-6
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight:
Model: Liberty (Lic.)
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight:
Model: Morehouse M-42
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight:
Model: Steel R-W, 4 cyl. inverted
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight:
Model: XV-660-2
Arquitecture:
Cooling:
Total Displacement:
Bore / Stroke: x
Power:
Weight: