ⓘ AGM-124 Wasp

                                     

ⓘ AGM-124 Wasp

The AGM-124 Wasp is a missile developed by the United States. The Wasp grew out of the 1975 WAAM program initiated by the US Air Force in order to develop a series of new air-to-ground anti-armour weapons for close-support aircraft. The three-pronged program led to the CBU-92/B ERAM, the CBU-90/B ACM, and the Wasp anti-armour missile. The Wasp is regarded as the most advanced of these weapons.

Development began in 1979 with "Boeing" and "Hughes aircraft" as the main contractor. The specification called for a small missile, which could be implemented in large numbers of attack aircraft in multiple dispensers - the a-10 was able to carry several 12 round launcher pods. The Boeing design was unsuccessful, and the U.S. air force chose the rocket OCA Hughes.

The AGM-124А was a small weapon with folding wings and tail surfaces to reduce the storage space in the launcher. It was intended to be launched in large numbers - 10 or more missiles launched nearly simultaneously was provided for a conventional attack, the name OCA is derived from this "swarm" tactics. Missiles will follow a programmed path to the target area before activating a millimetric range with active radar homing to detect and home on a specific goal. This radars high resolution was able to identify targets even against enemy jamming and high background clutter from the Ground.

Tests of the radar system began in 1981, and the first AGM-124 prototype took place in 1983. Production was planned for 1987, but in October 1983, the program was cancelled. Most of the other components of the WAAM program were also less successful, only for the BLU-108 / b Skeet submunition in use today.

                                     
  • States Web Standards Project WAsP Wind Atlas Analysis and Application Program Wireless application service provider AGM - 124 Wasp an American experimental
  • longer in service AGM - 123 Skipper in service AGM - 124 Wasp project cancelled AGM - 129 ACM no longer in service AGM - 130 in service AGM - 131 SRAM II project
  • HARM AGM - 112 AGM - 114 Hellfire AGM - 119 Penguin Norwegian - made only non - US - made missile in US arsenal AGM - 122 Sidearm AGM - 123 Skipper AGM - 124 Wasp AGM - 129
  • radial engines, including the Wright Whirlwind, Pratt Whitney Wasp and Pratt Whitney Wasp Junior of varying horsepowers, could be installed depending
  • Roland replaced by LFK NG ESSM EuroSpike Israel Germany Taurus KEPD 350 AGM Armiger IRIS - T IRIS - T SL IDAS missile PARS 3 LR RBS - 15 Sweden Germany
  • Passiflora Amethyst AGM RHS Gardening Apps.rhs.org.uk. Retrieved 28 January 2013. RHS Plant Selector Passiflora exoniensis AGM RHS Gardening
  • and the B - 29 Super Fortress. There is also a selection of Pratt Whitney Wasp series engines. United Kingdom portal Aviation portal War portal World War
  • two 2, 300 - brake - horsepower 1, 700 kW Pratt Whitney R - 2800 - 44W Double Wasp piston engines, mounted in nacelles under each wing with a large turbocharger
  • of the fuselage to conform to the area rule, giving it a characteristic wasp waist In combination with the distinctive forward - swept variable - geometry
  • mission Capacity: 45 passengers Length: 155 ft, 3 in 47.32 m Wingspan: 124 ft, 8 in 37.99 m Height: 44 ft, 6 in 13.56 m Max. takeoff weight: 256
  • resilient against anti - ship missiles. The first Harpoons, Tomahawks, and AGM - 88 HARM missiles all debuted on the navy s ships. Naval aviation was stepped
  • F - 86A, the engineers designed a novel set of flush - mounted NACA inlets. A wasp waist was also incorporated in the fuselage. In December 1947, the Air Force