Bondaryuk
Kholshchyevnikov VDRK (Air-reaction engine compressor) A small motorjet engine using a geared drive from the aircraft's piston engine to drive it's compressor, with air being fed from the aircraft's radiators, making around 600 lb of thrust. Developed from 1942 by a team led by K.V.Khholshchyevnikov. Used in the combination powered Mig-13 and Su-5. A.M.Lyul'ka
Development of the engine (now named the RTD-1/VDR-2) continued and by 1943 parts of the engine such as the combustion chamber and a two stage axial compressor had been tested very successfully. By this stage a full prototype engine had being made "to 70% readiness", work on the RTD-1 stopped in 1943 as Lyul'ka then began work on a larger engine which it was hoped would produce 1,500 kg of thrust, the S-18. |
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The USSR's first turbojet a two stage centrifuge engine, making an estimated 700 kg of thrust, tested in 1943. It was intended to fit the engine in the Gu-VRD fighter, but the project was canceled in mid 1943. |
A eight stage axial flow engine developed from the S-18,making 1,300 kg of thrust, cleared for use in December 1946. The first Lyul'ka engine to fly, Fitted to the Alekseyev I-211, Tu-22, Su-11 and Su-10 |
Merkulov
DM - Dopolnityelnyi Motor (supplementary motor) A series of booster engines designed by I.A.Merkulov from 1939.
A larger ramjet of 500mm diameter and weighting 30 kg. The engine required ethyl alcohol to be added to the existing fuel, tested from Oct 1940. |
Tumanskii
A copy of the German Junkers Jumo 004 engine, developed further at Kazan as the RD-10 with 910 kg of thrust, 10A 1,000 kg of thrust and 10F with 1,100 kg of thrust. Fitted to the La-150/152/154/156, Su-9 and Yak-15/18/21 |
A Pulsejet engine making around 400 kg of thrust. Developed from the German Argus As 014 / 044 pulsejet program. |