The threat of cancellation no longer looms over the Pentagon's Airborne Laser effort, but senior program officials say they are taking nothing for granted as they prepare for a missile-intercept demonstration in 2008.
Several clear test milestones have been laid out for the Airborne Laser in 2006 so that senior Missile Defense Agency officials will be able to measure its progress, according to Air Force Col. John Daniels, the effort's program director.
The Airborne Laser, or ABL, is a Boeing 747 aircraft being equipped with a high-powered chemical laser to destroy ballistic missiles in their boost phase. Chicago-based Boeing Co. is the prime contactor on the effort.
As envisioned, the aircraft would fly in a figure-eight pattern over an area deemed a likely site of a missile launch. Onboard infrared sensors would detect the launch and feed that information into a computer that would direct the laser turret to point at the ascending missile. The turret would then fire two lower-powered solid-state lasers — one to track the missile and one to measure atmospheric distortion — before shooting the high-powered chemical laser at the target.
The ABL program's inability to meet cost and schedule targets in past years once made it a candidate for termination. Just prior to his 2004 retirement, U.S. Air Force Lt. Gen. Ronald Kadish, who was then serving as the Missile Defense Agency's director, said the program could be canceled if it did not perform well in initial flight and ground tests that were scheduled for late in the year.
MSNBC
Several clear test milestones have been laid out for the Airborne Laser in 2006 so that senior Missile Defense Agency officials will be able to measure its progress, according to Air Force Col. John Daniels, the effort's program director.
The Airborne Laser, or ABL, is a Boeing 747 aircraft being equipped with a high-powered chemical laser to destroy ballistic missiles in their boost phase. Chicago-based Boeing Co. is the prime contactor on the effort.
As envisioned, the aircraft would fly in a figure-eight pattern over an area deemed a likely site of a missile launch. Onboard infrared sensors would detect the launch and feed that information into a computer that would direct the laser turret to point at the ascending missile. The turret would then fire two lower-powered solid-state lasers — one to track the missile and one to measure atmospheric distortion — before shooting the high-powered chemical laser at the target.
The ABL program's inability to meet cost and schedule targets in past years once made it a candidate for termination. Just prior to his 2004 retirement, U.S. Air Force Lt. Gen. Ronald Kadish, who was then serving as the Missile Defense Agency's director, said the program could be canceled if it did not perform well in initial flight and ground tests that were scheduled for late in the year.
MSNBC
