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L-3 Communications Link Simulation and Training Awarded $15.2 Million Contract to Support E-3 Flight Crew Training Program

Flight trainers enable aircrews to practice takeoffs, landings, aerial refuelings and emergency procedures.

L-3 Communications has announced that its Link Simulation and Training (L-3 Link) division has been awarded a $15.2 million contract option from the U.S. Air Force to provide continued support of the service's E-3 Contractor Training and Simulation Services (CTSS) program.

Aircrew training of E-3 flight crews -- including pilot, navigator and flight engineer stations -- takes place at an L-3 Link facility in Oklahoma City, OK that is adjacent to Tinker Air Force Base.

E-3 flight crews of the U.S. Air Force's 552nd Air Control Wing initially undergo classroom academic instruction and computer based training. Next, E-3 flight crew members migrate -- depending on their mission role -- to a navigator part task trainer, a flight training device and two high fidelity operational flight trainers. L-3 Link provides student instruction, performs logistics and maintenance services and ensures that training materials and equipment remain concurrent with changes to the E-3 Sentry Airborne Warning and Control System (AWACS) aircraft.

"At L-3 Link it remains our goal on the E-3 Contractor Training and Simulation Services program to provide the Air Force with a superb learning environment that continues to produce highly qualified Sentry flight crew personnel," said David Williams, vice president of training services at L-3 Link Simulation and Training. "We will continue to remain responsive and provide a flexible approach that will meet a full range of E-3 flight crew mission readiness training requirements."

The program's two high fidelity E-3 AWACS operational flight trainers enable aircrews to practice takeoffs, landings, aerial refuelings and emergency procedures. The operational flight trainers move on a six-degree-of-freedom motion system that replicates the aircraft's flight attitudes. Out-the-window computer generated imagery is projected across a 225