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Lockheed Martin spotlights new tracking pod system
by Richard Tomkins
Orlando, Fla. (UPI) Jul 1, 2015


disclaimer: image is for illustration purposes only

A multi-sensor system for tracking multiple airborne targets has demonstrated its capabilities during its first flight test, Lockheed Martin announced.

The system is called the Legion Pod and was integrated onto an F-16 fighter without the need for hardware or software changes to the aircraft.

Additional details of the test -- conducted at Fort Worth, Texas -- were not disclosed, but Lockheed Martin said the system would continue to be tested throughout the year using F-16 and F-15C aircraft.

"Legion Pod is a production-ready, multi-sensor system," said Paul Lemmo, vice president of fire control at Lockheed Martin Missiles and Fire Control. "With our most advanced hardware and software, a hot production line and an established logistics depot, Legion Pod provides a high-performance, low-risk, affordable capability to warfighters today."

Legion Pod is equipped with an IRST21 infrared sensor and advanced networking and data processing technology for high-fidelity detection and tracking of airborne targets. It also accommodates additional sensors without system or aircraft modifications.

Lockheed Martin said Legion Pod is available to meet the requirements of the U.S. Air Force F-15C infrared search-and-track program of record, including long-range detection and tracking in a wide field of view.

Legion Pod features open systems architecture enabling its use on other fighter and non-fighter aircraft.


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MILTECH
Orbital ATK's artillery guidance kit passes milestone test
Dulles, Va. (UPI) Jun 29, 2015
Orbital ATK's U.S. Army precision guidance kit for 155mm ammunition has successfully completed its first production Lot Acceptance Test, the company says. In the milestone test, the precision guidance kit demonstrated a median accuracy of less than 33 yards and also passed all safety and reliability requirements. "Extensive, rigorous testing continues to prove the maturity of PGK ... read more


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