Navy Successfully Completes First Flight Test Of Mission Computer Alternative On The T-45
The Navy’s Air Combat Electronics program office (PMA-209) successfully completed first flight test of the Mission Computer Alternative (MCA) in a T-45, at Naval Air Station Patuxent River on March 30. Pictured are PMA-209 team members, from left: Bill Brown, Michael Kay, Jason Bean, Jeff Boyce, Kelly Pruitt, Jeff Williamson, Brandon Patz, Richard Boecher, and Tom Adams.
The Navy’s Air Combat Electronics program office (PMA-209) successfully completed first flight test of the Mission Computer Alternative (MCA) in a T-45, at Naval Air Station Patuxent River on March 30. Pictured are PMA-209 team members, from left: Bill Brown, Michael Kay, Jason Bean, Jeff Boyce, Kelly Pruitt, Jeff Williamson, Brandon Patz, Richard Boecher, and Tom Adams.

NAVAL AIR SYSTEMS COMMAND, PATUXENT RIVER, Md. — The Navy’s Air Combat Electronics program office (PMA-209) recently completed the first test flight of the T-45 trainer aircraft’s Mission Computer Alternative (MCA) which is intended to improve readiness for the legacy system.

PMA-209 collaborated with the Naval Undergraduate Flight Training Systems program office (PMA-273), which manages the T-45 aircraft, and Air Test Evaluation Squadron (VX) 23 to execute the March 30 flight at Patuxent River and test out the design replacement for the existing Mission Display Processer.

“The flight was flown successfully, proving MCA is on the right track,” said Lt. Alex Mensing, VX-23 test pilot. “We know what needs to be improved and will continue to work together to bring an accurate and reliable system to the fleet.”

PMA-273 sought out MCA as a mission computing solution primarily to address the potential obsolescence issues the Navy may face on an aging platform. They plan to leverage the MCA to support additional capabilities such as required navigation performance / area navigation (RNP/RNAV).

The MCA is a Hardware Open Systems Technologies (HOST) conforming mission computer that drastically reduces schedule for regular hardware and software updates associated with mission computing. It can be economically and rapidly adapted to support platform requirements and processing needs. The system is on track to provide RNP/RNAV in the near future.

“The Navy developed this mission computer technology using OA standards, bringing the government one step closer to getting much needed capabilities and functionality to the fleet cheaper and faster,” said Capt. Margaret Wilson, PMA-209 program manager. 

The Navy will leverage investments made during the MCA’s development to support and minimize development cost of future MCA iterations, and lower the hardware and software logistics lifecycle funding footprint by using common, commercial-off-the-shelf hardware and software development designed to OA standards. 

“We are very excited to be leading the way in bringing OA standards to the warfighter with the MCA,” said Jeff Williamson, PMA-209 common mission computers team lead. “This technology will enable accelerating new capabilities to the fleet, at reduced cost, while paving the way for it to be employed in the naval aviation systems that our warfighters already have.” 

About PMA-209 

PMA-209 is a collaborative team of proactive acquisition professionals enabling current and future foundational aviation requirements led by Capt. Margaret Wilson, PMA-209 program manager. The program office is NAVAIR’s executive agent for the development and management of cutting-edge air combat electronics systems. 

Established in 1988, PMA-209 is responsible for providing critical capabilities to the warfighter in the form of common, fully developed, supportable, and reliable systems that align with the strategic and operational requirements of our platform PEO and PMA customers. 

Leave a comment

Your email address will not be published.