Mikulin AM-37

Summary

The Mikulin AM-37 was a Soviet aircraft piston engine designed prior to Russia's entry into World War II. An improved version of the Mikulin AM-35 V-12 engine, it was only produced in small numbers because of its unreliability.

Mikulin AM-37
Type liquid-cooled, V12 engine
National origin Soviet Union
Manufacturer Mikulin
First run 5 January 1941
Produced 1941
Number built 39+
Developed from Mikulin AM-35

DevelopmentEdit

Design work on a development of the AM-35 with boosted supercharging and an intercooler positioned behind the supercharger began on the factory's initiative in December 1939. A batch of ten prototypes was completed in 1940 and bench-testing began on 5 January 1941. It passed its State acceptance trials the following April and was approved for production. It was tested in a variety of aircraft, but proved to be unreliable and prone to overheating. Factory No. 24 in Moscow built only twenty-nine AM-37s, as the new engine was designated, in 1941 before the German advance forced the factory to evacuate in October. Mikulin had been unable to resolve the issues with the AM-37 in the meantime and production was not resumed.[1]

VariantsEdit

AM-37A
Planned version to be tested in February 1940, but no information if it was tested or it was even completed. 1,600 hp (1,200 kW) and a weight of 850 kg (1,870 lb).
AM-37TK
TK for toorbokompressor. Planned version with a turbocharger, no further information known.
AM-37P
P for Pushechnyy or cannon. A 1940 project for a model with an autocannon mounted in the space between the cylinders, firing through a hollow reduction-gear shaft. No further information available.
Am-37u/v or AM-37UV
UV for udlinyonniy val or lengthened shaft. An engine with a lengthened shaft and remote gearing for use in the Gudkov G-1 fighter that carried the engine behind the pilot. Ordered developed in 1940 and design work started in 1941, but it was not completed.

ApplicationsEdit

SpecificationsEdit

Data from Kotelnikov, Russian Piston Aero Engines

General characteristics

Components

Performance

See alsoEdit

Related development

Related lists

ReferencesEdit

NotesEdit

  1. ^ Kotelnikov, p. 110

BibliographyEdit

  • Kotelnikov, Vladimir (2005). Russian Piston Aero Engines. Ramsbury, Marlborough: Crowood Press. ISBN 1-86126-702-9.