Demonstration blends Stinger and Javelin capabilities
Raytheon Missiles & Defense claims to have successfully completed the ‘first-ever demonstration’ for the US Army of a Stinger missile fired from a Javelin Lightweight Command Launch Unit (LWCLU).
‘The missile engaged and defeated an unmanned aerial vehicle (UAV), validating the capability of the combined systems to defeat emerging threats on land and in the air,’ Raytheon announced on 12 March.
In the test at Eglin AFB, soldiers from the Mississippi National Guard used a Sentinel radar simulator and a Forward Area Air Defense C2 system to track the target UAV, allowing the gunner to engage the aerial target with a Stinger Block I proximity fuse missile through the networked LWCLU.
Shephard reported in 2019 that the effective range of the LWCLU with the G-model Javelin missile will be 4.5km and with older Javelin missiles 4km based on modelling, as opposed to the flat 2.5 km with the old CLU.
‘Because LWCLU can defeat both land and aerial threats, it’s easier for soldiers to use in complex environments,’ said Tom Laliberty, VP of the land warfare and air defence business area of Raytheon Missiles & Defense. ‘It reduces the burden of carrying additional gear.’
According to Raytheon, the LWCLU enables standalone ISR missions as well as functioning as a Javelin launcher.
The system weighs 30% less than its predecessor and offers twice the sight range at night and three times the site range during the day, regardless of weather conditions, the company added.
As part of our promise to deliver comprehensive coverage to our Defence Insight and Premium News subscribers, our curated defence news content provides the latest industry updates, contract awards and programme milestones.
Related Equipment in Defence Insight
More from Land Warfare
-
AUSA 2025: Honeywell debuts SAMURAI CUAS system after demonstrations and trials
The system is designed to operate against uncrewed aerial systems (UAS) and has been demonstrated for the US Army and Department of Defense. It is designed to be agnostic and provide software and C2 systems in support of a range of sensors and effectors.
-
AUSA 2025: IAI looks to home country’s recent experiences to meet Golden Dome demands
Israel has developed a multi-layered defence system over a number of decades to defeat a range of air threats. The system was recently put to the test against larger and more sophisticated missiles than it has previously had to face.
-
AUSA 2025: GDLS showcases an "undetectable" mission command version of the Stryker
Based on the Stryker A1, the NEXUS vehicle has been engineered to provide reduced signatures across the visual, thermal, acoustic and electromagnetic spectrums.
-
AUSA 2025: Oshkosh unveils a new line of UGVs
The Family of Multi-Mission Autonomous Vehicles has been designed to operate in contested environments and support long-range precision fires, resilient formations and crewed/uncrewed teaming.