DRS, Raytheon Team on Next-Gen FLIR
The companies anticipate the Army will field the sensor, meant to improve range and resolution, to upgrade FLIR in its ground vehicle fleet. The Army held an industry day at Fort Belvoir, Virginia, in February and is expected to kick off a competition with a request for proposals in May, followed by an engineering and manufacturing program and an award in the early 2020s.
Army Acquisition Executive Heidi Shyu, speaking at an industry conference in Washington on March 17, said the Army is ready to turn 16 years of research into a program of record and that the system is planned for Abrams tanks and Bradley infantry vehicles.
The improved system would, for instance, give troops the ability to discriminate between shovels and rifles at greater ranges than second generation FLIR, or between a tank and a commercial truck.
"The new 3rd Gen technology will dramatically improve the range performance of ground combat vehicle sensors, allowing greater standoff range and identification capability," Clay Towery, senior manager for business development at Raytheon, said Thursday. "It's very important to the Army, and it will provide a significant combat advantage and it's critical that we field this technology to maintain combat overmatch."
The current generation uses a linear scanned array, a line of detectors that optically sweeps across its field a view. Technological advances allow for staring focal plane arrays which, because they use many detectors on an image plane and don't sweep, absorb much more information. The other significant advance is its ability to see in two bands simultaneously, the long-wave and mid-wave bands.
"The Army and our team have a strong track record of delivering state-of-the-art next generation FLIR technology on our nation's premiere ground vehicle combat platforms," Sally Wallace, DRS C4ISR group president, said in a statement. "Our experience integrating a common FLIR across the Army's combat vehicle platforms is critical to synchronizing the Army's modernization strategy."
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