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Raytheon, Saab announce new Carl-Gustaf munition for U.S. Army
by Stephen Feller
Washington (UPI) Oct 5, 2018

Raytheon announced it will demonstrate a new guided munition for the U.S. Army's shoulder-launched Carl-Gustaf system, a man-portable weapon system built by Saab.

The two companies have been working together since 2017 to develop a guided munition for the weapon, with plans for test firing of the new product set for sometime in 2020 in Sweden.

"Collaborating with Raytheon, utilizing their technical and product excellence in combination with our innovative technology solutions, will enhance the already world-leading Carl-Gustaf and AT4 weapon systems with additional capabilities that will further increase the operational benefit for the end user," Görgen Johansson, who leads Saab's Dynamics business, said in a press release on Friday.

The Carl-Gustaf weapon system is used by the militaries of more than 40 other countries, in addition to the United States. The new version is meant to help ground troops engage targets up to 2,000 meters away.

The guided munition will be able to penetrate light armor, bunkers and conrete structures, and will allow soldiers to fire at targets from inside structures.

"The Carl-Gustaf system paired with this new guided munition gives U.S. and coalition dismounted forces a tremendous advantage on the battlefield," said Kim Ernzen, vice president of Raytheon Land Warfare Systems.


Related Links
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MILTECH
Taiwan, Bahrain contract Lockheed for sniper targeting pods
Washington (UPI) Sep 26, 2018
Lockheed Martin has received an order for Sniper Advanced Targeting Pods in two foreign military sales for Bahrain and Taiwan. The Royal Bahraini Air Force has ordered 19 Sniper ATPs for the F-16 Block 70 platform, and Taiwan has ordered 18 pods for the mid-life upgrades of their F-16 platform. "Sniper ATP continues to be a must-have product on platforms worldwide for its superior performance and reliability," Michael Williamson, vice president of Sensors & Global Sustainment at Lockheed ... read more

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