Het volgende zoekplaatje is niet al te moeilijk maar geef wel de juiste versie op want er zijn heel veel verschillende versies van deze kist gemaakt. En dat nummer op de staart is niet de registratie. :wink:

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"The ME-108 is in fact a French built Nord 1002 and served with the Armee de l'Air. It wears a camouflage scheme of an aircraft based in North Africa"
The rocket-powered glider RP-318. At the beginning of 1936 Korolev developed a concept for a manned glider, which would be powered by a rocket engine burning up to 400 seconds. Early plans considered both liquid and solid-fuel rocket engines in the role of the primary propulsion system. The vehicle was expected to achieve a speed of 300 meters per second at an altitude of 3 kilometers and climb up to a maximum altitude of 25 kilometers. Two people, wearing pressure suits, would pilot the craft.
A heavy transport plane would tow the rocket glider from takeoff and up to an altitude of 8-10 kilometers. Alternatively, solid-rocket motors could be used for takeoff.
As a first step toward the implementation of the project, Korolev proposed to install Glushko's ORM-65 engine on the SK-9 glider. Korolev had completed the development of the SK-9 glider a year earlier. The resulting configuration was designated RP-318-1, (or RP-218-1).
On June 16, 1936, the technical concil of the RNII considered a preliminary design of the rocket glider, designated 218. The project proposed four configurations of the glider with progressively improving characteristics. Zhukovsky Air Force Academy gave a positive review of the project.
On December 16, 1937, the RNII conducted the first test firing of the propulsion system for the glider and between December 25, 1937 and February 5, 1938 a total of 20 tests took place. On May 26, 1938, Korolev signed off on the field test of the glider. However a month later, he was arrested.
On July 14, 1938, the RNII management ordered the mothballing of the RP-318-1 glider, and the project remained stalled until December 1938. In the wake of the purges at the RNII, a competing team of engineers took over the RP-318-1 project. Glushko's ORM-65 engine was replaced with the RDA-1-150 engine developed by L. S. Dushkin. Tests of the glider with the new engine started in February 1939. By October of the same year, a total of 100 test firings and four "tugged" flights had been conducted.
On February 28, 1940, the RP-318-1 glider, piloted by V. P. Fedorov, conducted its first powered flight. (84) As a result of these experiments, on June 12, 1940, the Defense Committee under the Soviet of People Commissars issued a decree authorizing the development of a rocket-powered aircraft. (126)
On August 1, 1941, hardly a month after the German invasion of the Soviet Union, the Soviet government issued Decree Number 348, assigning a design bureau Number 293 led by Viktor Bolkhovitinov, with the development of a manned rocket-powered interceptor. Aleksander Bereznyak and Alexei Isaev took charge of the program at the bureau.
The same year, Bolkhovitinov requested the NII-3 to develop a rocket engine for a fighter plane. (126) However, upon evacuation of the bureau to the town of Bilimbai, Bolkhovitinov's collective had to take over the development of the engine for the plane.
The BI-1 experimental fighter plane, developed by the Bolkhovitinov team and equipped with liquid-fuel rocket engine conducted its first flight in May 1942.