TYPE: Target defense interceptor. Project.

ACCOMMODATION: Pilot only, in prone position

POWER PLANT: Two Daimler-Benz DB 603E inline engines, rated at 2.400 hp each, driving contra-rotating propellers

PERFORMANCE: 497 mph

COMMENT: This Heinkel Vertical Take Off and Landing (VTOL) fighter/interceptor project was based on an earlier design, the Heinkel “Wespe” (Wasp). Work on the design started at the Heinkel Company in Vienna on February 25, 1945 and was completed on March 8, 1945. The “Lerche” (Lark) employed a ducted wing planform with contra-rotating propellers, powered by two Daimler-Benz DB 605E engines. This arrangement increased the effectiveness of the airscrews dramatically. During flight the pilot lied in a prone position in the extreme nose, while standing upright during take-off and landing. Projected armament was two MK 108 30mm cannon. The end of the war brought any realization to a termination. After the war this idea of a tail sitter was developed further by the US Navy, e. g. Convair XFY-1 Pogo and Lockheed XFV-1 Salmon (Ref.: 16).

TYPE: Fighter, interceptor. Project.

ACCOMMODATION: Pilot only

POWER PLANT: Heinkel-Hirth HeS 011, rated at 1,300 kp

PERFORMANCE: 612 mph at 22,970 ft

COMMENT: However, there is some evidence that a further production version of the Me P.1101 was on Messerschmitt’s drawing boards. All over dimensions, turbojet engines, tricycle undercarriage etc. are unchanged to its predecessor, the wing was swept back to 40 degree and a normal or horizontal tail unit – “T-Tail” was provided. Cockpit armor was fitted and up to four Kramer X-4 air-to-air guided missiles could be carried.

RUHRSTAHL/KRAMER X-4

The Kramer X-4 was the first air-to-air guided missile that entered the production lines. It featured a tapering, cigar-shaped fuselage, with four small swept wings and four smaller tail fins. At the ends of two of the opposing wings were small pods which held the wires that unwound during the X-4’s flight. On the wing tips of the other two main wings were simple flares to aid the pilot in keeping the X-4 on the intended path. The tail unit contained small spoilers which could control the missiles pitch and yaw. Power was supplied by the BMW 109-548 liquid-fuel rocket engine with 1,600 kp thrust for 33 seconds. A warhead weighing 20 with a destructive blast radius of 25 feet was mounted in the nose of the missile, being detonated by the pilot, impact or by an acoustical proximity fuse, tuned to the pitch of the bomber’s propellers. First air launched test took place on August, 1944 by a Focke-Wulf  Fw 190. Tests continued through early February 1945, also by Junkers Ju 88s as well as by a Messerschmitt  Me 262 jet fighter with two X-4 missiles under the wings outboard of the jet nacelle, but were not launched  (Ref.: 16).

TYPE: Fighter, interceptor. Project

ACCOMMODATION: Pilot only

POWER PLANT: One Heinkel-Hirth HeS 011 turbojet engine, rated at 1,300 kp

PERFORMANCE: 550 mph at 23,000 ft

COMMENT: Although the Messerschmitt Me P.1101 was from the onset designed as an experimental aircraft different production versions were planned, too. One design was very similar to the Me P.1101 V1 as far as all over dimensions, turbojet engines, tricycle undercarriage etc. are concerned, but the wing was in a fixed position at 40 degree and a horizontal tail unit – “T-Tail” was provided. The unconditional surrender of Germany brought all further work on this exceptional aircraft to an end (Ref.: 16).

TYPE: Fighter, interceptor. Project

ACCOMMODATION: Pilot only

POWER PLANT: Two Lorin ramjets, rated at 900 kp each

PERFORMANCE: No data available

COMMENT: The P.1079/13 was one of several Messerschmitt designs to meet the Luftwaffe’s late-War request for a small, cheap, single-seat target-defense interceptor. This design included two wing-mounted Lorin ramjets or conventional turbojet engines. For take-off a trolley-launch system was provided and solid fuel rockets were used for acceleration until the ramjets will work. After mission the aircraft landed on a skid. No further details are known.

TYPE: Fighter. Project

ACCOMMODATION: Pilot only

POWER PLANT: One Heinkel-Hirth HeS 011 tubojet engines, rated at 1,300 kp

PERFORMANCE: 652 mph at 19,658 ft

COMMENT: On July 15, 1944, the RLM submitted Proposal 226/II to Germany’s aircraft manufacturers. This “Emergency Fighter Competition” specified the following requirements for the second-generation of jet-powered fighters: powered by a single Heinkel-Hirth He S 011 turbojet, maximum speed of 621 mph at 22,966 feet, fuel capacity 30 minutes of sea level flying time, altitudes up to 45,931 ft, four MK 108 30mm cannon, and pressurized cockpit. Immediately Messerschmitt began to design the project Me P.1101 and nine days later the first blueprints were on the drawing board. The fuselage was short and wide, the cockpit was forward mounted, with the canopy integrated into the fuselage and forming part of the rounded nose of the aircraft. Two round air intakes on either side of the cockpit fed the single Heinkel-Hirth turbojet engine which was located in the lower rear fuselage. Mid-mounted wings had an inner sweep of 40 degree near the fuselage, and a shallower 26 degree outboard. The high tail was of a butterfly configuration, and was mounted on a tapered boom which extended over and past the jet exhaust. A tricycle landing gear was provided and the main armament of four cannon was located in the lower forward fuselage sides. Already on August 30, 1944, a new design was proposed, basically similar to the Me P.1101/13, but sleeker and a more pointed nose. The wing was “borrowed” from the Me 262 outer wing, was swept back at 40 degrees, and a V-tail was also to be fitted. As early as November 1944 the initial design phase of the final variant was started and simultaneously the construction of a prototype began resulting in the Messerschmitt Me P.1101 V1 (Ref.: 16).