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Army contracts Oshkosh for additional joint light tactical vehicles
by Brooke Baitinger
Washington DC (UPI) Jul 02, 2018

Oshkosh Defense has been awarded a $484 million contract to produce Joint Light Tactical Vehicles, or JLTV, for the U.S. Army.

The deal, announced Friday by the Department of Defense, is a modification to an existing contract for 1,574 vehicles and 7,538 kits. It includes installed and packaged kits.

The JLTV recently completed Reliability Qualification Testing earlier this year, accumulating over 100,000 miles and exceeding reliability requirements, according to Oshkosh.

"This latest order follows the completion of the Multiservice Operational Test and Evaluation conducted by the U.S. Army and Marine Corps and further demonstrates that the JLTV program continues to be a top modernization priority for our armed services," said George Mansfield, vice president and general manager of joint programs at Oshkosh. "The JLTV is ready to support our troops, and we look forward to getting more soldiers and Marines into this extremely mobile, protected, and proven next-generation light tactical vehicle."

Work will be performed in Oshkosh, Wisconsin, and is expected to be completed by Sept. 30, 2019.

Funds for Army procurement, as well as research, development, test and evaluation funds, will be obligated in the amount of more than $484 million at the time of the award.


Related Links
The latest in Military Technology for the 21st century at SpaceWar.com


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MILTECH
The 'retroreflector' reflects sound in the direction it came from
Washington (UPI) Jun 26, 2018
Scientists have developed a superior sound-reflecting material. The "retroreflector" technology can bounce back sound waves in the direction they came from. Previous retroreflectors relied on a combination of angled reflections to return sound waves to their source direction, but the latest material offers a direct reflection. The new technology allows the material to perform at a wider effective range, reflecting sound waves across a range of 70 degrees in either direction. "The technol ... read more

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