Raptor completes first guided supersonic missile launch
 

Article by Leigh Anne Bierstine
AFFTC Public Affairs
 

November 8, 2002

An F/A-22 Raptor performs a test mission over Edwards Air Force Base, Calif. Raptor 4007 and pilot Maj. Jim Dutton recently accomplished the aircraft’s first supersonic, guided missile launch. (Courtesy Photo)
An F/A-22 Raptor performs a test mission over Edwards Air Force Base, Calif. Raptor 4007 and pilot Maj. Jim Dutton recently accomplished the aircraft’s first supersonic, guided missile launch. (Courtesy Photo)
11/8/02 – EDWARDS AIR FORCE BASE, Calif. – The F/A-22 Combined Test Force at Edwards successfully accomplished its first supersonic, guided missile launch Nov. 5. This latest Raptor test mission demonstrated the aircraft’s ability to employ the Advanced Medium Range Air to Air Missile at high Mach against a high altitude, high Mach target.

Flying Raptor 4007, F/A-22 test pilot Maj. Jim Dutton launched an AIM-120 AMRAAM from an altitude of 35,000 feet while supercruising without afterburners at an airspeed of 1.5 Mach. Dutton’s target was a rocket drone traveling in excess of Mach 2 and at an altitude of 51,000 feet. The missile, which had no warhead, flew within lethal range of the target and, from preliminary data analysis, was assessed a kill.

“The ability to take long-range missile shots at an adversary, while at the lower fuel flows that supercruise provides, will be a significant tactical advantage to the warfighter,” said Dutton after the flight.

The rocket drone was launched from a manned F-4 aircraft that took off from Point Mugu Naval Air Station in southern California. Dutton launched the missile over the Pacific Missile Test Range that runs from Point Mugu northward along the central California coastline.

According to F/A-22 flight test engineer and test conductor Maj. Jim Colebank, all of the objectives of the mission were met with the Raptor successfully passing data-link parameters to the AIM-120 allowing the missile to guide within lethal range of the target.

Getting such a mission off the ground takes the dedication of hundreds of people from the maintainers getting the aircraft ready to fly to those in the control rooms making sure the test ranges are clear, added Colebank.

“It was a tremendous team effort,” he said. “We were all very happy with the outcome of the mission – the Raptor avionics performed flawlessly.”

Dutton called the flight test “the best avionics mission” he has seen to date.

“The avionics system performance was superb, providing a long-range detection and track of the target drone,” he said. “The situational awareness the Raptor provides to the pilot is a huge step forward from any of our current fighters.”

The successful test also demonstrated criteria set forth by the Defense Department’s acquisition community, which helps to guide the Raptor’s flight test priorities. The DoD criteria called for a supercruising Raptor to employ a guided AMRAAM from supersonic conditions before the end of 2002.

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