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The Lun-class ekranoplan (Soviet classification: Project 903) [1] is the only ground effect vehicle (GEV) to ever be operationally deployed as a warship, deploying in the Caspian Flotilla. It was designed by Rostislav Alexeyev in 1975 and used by the Soviet and later Russian navies from 1987 until sometime in the late 1990s.
Ekranoplan A-90 Orlyonok. A ground-effect vehicle (GEV), also called a wing-in-ground-effect (WIGE or WIG), ground-effect craft/machine (GEM), wingship, flarecraft, surface effect vehicle or ekranoplan (Russian: экранопла́н – "screenglider"), is a vehicle that is able to move over the surface by gaining support from the reactions of the air against the surface of the earth or water.
The Orlyonok was designed as a transport and a beach assault vehicle. Unlike other Soviet Ekranoplan designs, the Orlyonok was amphibious and was equipped with wheels for beaching and land based takeoffs. Orlyonok's development was preceded by the SM-6; a prototype ekranoplan which had the same module layout as the Orlyonok.
Beriev Be-1 - Experimental aircraft used in development of VVA-14; Bartini Beriev VVA-14 - Amphibious anti-submarine aircraft, only prototypes were produced; KM "Caspian Sea Monster" - largest GEV ever built; Lun-class ekranoplan - Only GEV to be used as a warship; A-90 Orlyonok - Amphibious transport GEV; Beriev Be-2500 - Proposed heavy ...
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This design bureau has been designing hydrofoils, air cushion craft, and air cavity vessels for many years. It designed and manufactured several designs for wing-in-ground-effect vehicles, including the 400-ton Lun-class ekranoplan, 140-ton A-90 Orlyonok, and 20-ton Utka. [1]
The concept is thought to have some connection with the Lun-class ekranoplan of the 1970s. [3] If it entered service, it would become the largest airplane in the world. [4] The concept of the aircraft was developed in the 1980s by the Beriev Design Office in collaboration with TsAGI and TsIAM. There are two versions of the design that differ in ...
By this method, body diagrams can be derived by pasting organs into one of the "plain" body images shown below. This method requires a graphics editor that can handle transparent images, in order to avoid white squares around the organs when pasting onto the body image. Pictures of organs are found on the project's main page. These were ...