trajen777
Banned
Lets say in 43 the deicison is made to foucs not on V2 or Jet me262 bomber tech but instead to focus on
1. SAM's (see below)
2. Jet Fighters
3. The decision for Flex defence on eastren front
4. The radio / wire guided Air to ship missle
5. Sarin gas as last resort for local battles on Eastern Front (see below)
6. Delay till 1945 Type XXII Uboats equalizes or wins? the war in the Atlantic
7. Air war bombing of Germany stopped (Sam - Jet - Uboat sinking Allied ships with US planes)
8. Massive increases in German production (lack of Bombing German Factory - Speer success)
9. Knowledge of US plans of Abomb push Germans - in 45 after the Japnanese cities bombed would / could Germany have bomb also creating early MADD
1. Neutralizing the Allied air forces this is based upon the redirection of critical technology to jet planes (no Hitler redirecting resources to Jet Bomber 262) and ground to air weapons (the tech transfer would be from V2’s)
A. Anti aircraft weapons
Henschel Hs 117 Schmetterling
Of all experimental surface-to-air missiles, this one came closest to an operational weapons system. At the end of the war it was in production, but it was never operationally used. With a length of 4.29m, it was a relatively small missile. Its shape was that of a small aircraft, with a sustainer rocket engine in its body, and two boost engines, mounted above and below its fuselage. Range was about 32km, and it could be used against targets up to 10,000m high, although in such cases guidance problems were considerable: Aiming was visual, by means of a radio command link. There were also experiments with air-drops, with the use of radar for guidance, and with proximity fuses.
Rheintochter
This was a large anti-aircraft missile, rather crude in design. It had four tail fins, six fins on the center body, and four canard control fins. It had a boost engine in the tail, and a sustainer in the front fuselage. Control was again visual aiming with a radio command link. Rheintochter III was smaller than Rheintochter I, but had better performance. The project was abandoned in December 1944.
Taifun
This was an unguided anti-aircraft weapon. It was a simple, 1.93m long, spin-stabilized rocket with a 0.5kg warhead. Taifun was accelerated to Mach 3+, and could reach altitudes up to 15000m. It was intended to fire salvos of 30 missiles. At the end of the war it was in mass production.
Wasserfall
The Wasserfall SAM was developed at Peenemüde, and was based on experience with the A-4, also known as V-2. It was smaller, but of similar shape and also powered by liquid fuels. The operator used input from radars tracking both the target and the missile to steer it, using a radio command link. A proximity fuse would ignite the 235kg warhead. The program was cancelled in February 1945, when it was close to the production stage.
B. German Jet Production
German jets produced in 1943 for production so that for the battle of buldge the Germans gained local air supiortiy. Any aircraft getting by would be handled by the above mentioned air to air wepons.
2Sarin gas :
(O-Isopropyl methylphosphonofluoridate), also called GB, is one of the most dangerous and toxic chemicals known. It belongs to a class of chemical weapons known as nerve agents, all of which are organophosphates. The G nerve agents, including tabun, sarin and soman, are all extremely toxic, but not very persistent in the environment. Pure sarin is a colorless and odorless gas, and since it is extremely volatile, and can spread quickly through the air. A lethal dose of sarin is about 0.5 milligrams; it is approximately 500 times more deadly than cyanide. History and global production of sarin. Sarin was first synthesized in 1938 by a group of German scientists researching new pesticides. Its name is derived from the names of the chemists involved in its creation: Schrader, Ambros, Rudriger, and van der Linde. A pilot plant to study the use of sarin was built in Dyernfurth. Although they produced and 10 tons of sarin, the German government decided not to use chemical weapons in artillery during World War II.
All 10 Tonnes were utilized in the attack on Allied HQ, key defence positions (Bastonge),
[FONT=Arial, Helvetica, sans-serif]The first Type XXIII went on war patrol in February. By the end of the European war – May 7 – six were in service, 53 were in the water, and 900 were under construction or on order. [/FONT]
[FONT=Arial, Helvetica, sans-serif]The first Type XXI, U-2511, left Hamburg on war patrol on April 30; when she returned home to surrender, 30 Type XXI were in shakedown and training, 121 were in the water and another 1000 were under construction or on order.[/FONT]
1. SAM's (see below)
2. Jet Fighters
3. The decision for Flex defence on eastren front
4. The radio / wire guided Air to ship missle
5. Sarin gas as last resort for local battles on Eastern Front (see below)
6. Delay till 1945 Type XXII Uboats equalizes or wins? the war in the Atlantic
7. Air war bombing of Germany stopped (Sam - Jet - Uboat sinking Allied ships with US planes)
8. Massive increases in German production (lack of Bombing German Factory - Speer success)
9. Knowledge of US plans of Abomb push Germans - in 45 after the Japnanese cities bombed would / could Germany have bomb also creating early MADD
1. Neutralizing the Allied air forces this is based upon the redirection of critical technology to jet planes (no Hitler redirecting resources to Jet Bomber 262) and ground to air weapons (the tech transfer would be from V2’s)
A. Anti aircraft weapons
Henschel Hs 117 Schmetterling
Of all experimental surface-to-air missiles, this one came closest to an operational weapons system. At the end of the war it was in production, but it was never operationally used. With a length of 4.29m, it was a relatively small missile. Its shape was that of a small aircraft, with a sustainer rocket engine in its body, and two boost engines, mounted above and below its fuselage. Range was about 32km, and it could be used against targets up to 10,000m high, although in such cases guidance problems were considerable: Aiming was visual, by means of a radio command link. There were also experiments with air-drops, with the use of radar for guidance, and with proximity fuses.
Rheintochter
This was a large anti-aircraft missile, rather crude in design. It had four tail fins, six fins on the center body, and four canard control fins. It had a boost engine in the tail, and a sustainer in the front fuselage. Control was again visual aiming with a radio command link. Rheintochter III was smaller than Rheintochter I, but had better performance. The project was abandoned in December 1944.
Taifun
This was an unguided anti-aircraft weapon. It was a simple, 1.93m long, spin-stabilized rocket with a 0.5kg warhead. Taifun was accelerated to Mach 3+, and could reach altitudes up to 15000m. It was intended to fire salvos of 30 missiles. At the end of the war it was in mass production.
Wasserfall
The Wasserfall SAM was developed at Peenemüde, and was based on experience with the A-4, also known as V-2. It was smaller, but of similar shape and also powered by liquid fuels. The operator used input from radars tracking both the target and the missile to steer it, using a radio command link. A proximity fuse would ignite the 235kg warhead. The program was cancelled in February 1945, when it was close to the production stage.
B. German Jet Production
German jets produced in 1943 for production so that for the battle of buldge the Germans gained local air supiortiy. Any aircraft getting by would be handled by the above mentioned air to air wepons.
2Sarin gas :
(O-Isopropyl methylphosphonofluoridate), also called GB, is one of the most dangerous and toxic chemicals known. It belongs to a class of chemical weapons known as nerve agents, all of which are organophosphates. The G nerve agents, including tabun, sarin and soman, are all extremely toxic, but not very persistent in the environment. Pure sarin is a colorless and odorless gas, and since it is extremely volatile, and can spread quickly through the air. A lethal dose of sarin is about 0.5 milligrams; it is approximately 500 times more deadly than cyanide. History and global production of sarin. Sarin was first synthesized in 1938 by a group of German scientists researching new pesticides. Its name is derived from the names of the chemists involved in its creation: Schrader, Ambros, Rudriger, and van der Linde. A pilot plant to study the use of sarin was built in Dyernfurth. Although they produced and 10 tons of sarin, the German government decided not to use chemical weapons in artillery during World War II.
All 10 Tonnes were utilized in the attack on Allied HQ, key defence positions (Bastonge),
[FONT=Arial, Helvetica, sans-serif]The first Type XXIII went on war patrol in February. By the end of the European war – May 7 – six were in service, 53 were in the water, and 900 were under construction or on order. [/FONT]
[FONT=Arial, Helvetica, sans-serif]The first Type XXI, U-2511, left Hamburg on war patrol on April 30; when she returned home to surrender, 30 Type XXI were in shakedown and training, 121 were in the water and another 1000 were under construction or on order.[/FONT]