wiking85
Staff Sergeant
Where did you get this info? I'd like to learn more.Indeed its a good analogy, as one can't imagine Vietnamese pilots developing a 'top gun' school in their 3rd world country. The German training problem has different origins of course.
Surface to air missiles was a missed opportunity for the Luftwaffe. They had some superb engineers and pioneers in the field with highly progressive companies.
There was Max Kramer and Ruhrstahl, known for the Fritz-X and X-4 developed the "Fuerlille" SAM; Herbert Wagner at Herschel, known for the Hs 293 developed the Hs 117 Schmeterling, there was von Brauns Army Team at Penemunde the "Wasserfall" supersonic SAM as well as the Taifun unguided SAM. (It used storable hypergolics, significant because the highly consistent thrust of liquid rockets allows them to have the same dispersion as artillery; At Messerschmitt Dr Wurster developed the Enzian missile.
All these missiles were proposed in 1941 such as Kramers and Wagners missiles but rejected till 1943 which meant development started 2 year too late to have an effect on the air war when it was needed 1943 to 1944. All were good but only the Hs 117 schmeterling was allowed to continue into 1945 as it was closest to deployment along with the Wasserfall.
These missiles were to have rather sophisticated guidance systems, the claim that they were to have simple manual command line of sight (MCLOS) is completely wrong. The Kehl-Strassberg system used from the HS 293/Fritz-X was for testing only. Operational missiles would have received the Kogge-Bigge system which used directional impulse modulated microwaves (24cm) so that the missile received only commands from the rear.
All of these missile underwent multiple test flights, not just paper projects.
Tracking of target was by standard FLAK radar or a optical tracker similar to that used in FLAK predictors. A separate team tracked the missile either optically or by a radar/transponder and a basic computer called a parallax converter commanded the missile. There was also an number of terminal guidance systems under development active radar, passive homer for H2S, H2X), infrared as well as beam riding.