![]() ![]() In trials conducted by the US Marine Corps Systems Command during 1997, the system successfully demonstrated intercept ranges of over 15km. The US Marine Corps named the system Complementary Low-Altitude Weapon System (CLAWS). The Missile Research, Development and Engineering Centre (MRDEC) of the US Army Aviation and Missile Command (AMCOM) developed the HUMRAAM (Project 559) medium-range mobile air defence system. CLAWS Complementary Low-Altitude Weapon System In November 2005, Raytheon was awarded a US Army contract for System Development and Demonstration (SDD), to be completed by 2011. ![]() It can operate at altitudes up to 15,000 ft to provide over-the-horizon surveillance for defence against cruise missiles. JLENS consists of a large aerostat connected via tether to a ground-based processing station with a long-range surveillance radar and a fire control radar. The electronically scanned 3D phased array radar uses range gate pulse Doppler operation at X band. The United States Army uses the Raytheon AN/MPQ-64 Sentinel Enhanced Target Range and Classification (ETRAC) radar to carry out the surveillance and target search, acquisition, identification and tracking functions. “In trials the CLAWS system demonstrated intercept ranges of over 15km.” The IFCS uses data from air defence sensors including the Sentinel radar and the future Joint Land-Attack Cruise Missile Elevated Netted Sensor (JLENS). The Boeing integrated fire control station provides Battle Management Command, Control, Computers, Communications and Intelligence (BMC4I). SL-AMRAAM fire control, tracking and radar In June 2007, Raytheon announced the development of additional capabilities for SL-AMRAAM: the SL-AMRAAM ER missile, which will have a range of about 40km, and the capacity to launch Raytheon AIM-9X Sidewinder missiles, which have a range of 10km. The launch angle can be up to 70° off the direction to the incoming target threat without reduction of intercept and kill probability. The launcher is pointed towards its assigned sector or area of responsibility and the missile is launched towards the direction of the target. The SL-AMRAAM launcher mounts six AMRAAM missiles on a turreted High-Mobility Multipurpose Wheeled Vehicle (HMMWV). The US Army is pursuing a programme exploring the possibility of firing SLAMRAAM missiles from the HIMARS migh-mobility artillery rocket system, in service with the army and marine corps. In September 2008, the United Arab Emirates requested the foreign military sale of a number of SLAMRAAM systems. ![]() The team also includes Kongsberg Defence and Aerospace of Norway. The Boeing Company is developing the SL-AMRAAM integrated fire control station at its Huntsville, Alabama, facility. Raytheon is leading the team developing SL-AMRAAM. SLAMRAAM is planned to gradually replace the Avenger air defence system in the US Army. This included exchange of position and track data with Patriot units and provision of targeting data to Avenger units allowing precise slew-to-cue of the Avenger gun turret. System field testing of SLAMRAAM began in March 2008 with a successful acquisition and tracking test and was completed in May 2009.įield integration testing was completed in July 2008 demonstrating interoperability with Patriot and Avenger systems. SLAMRAAM air defence system developmentīoeing delivered the first integrated fire control shelter in May 2006 and the system successfully completed critical design review in July 2006. The AIM-120 AMRAAM missile is in full production at Raytheon’s manufacturing facility in Tucson, Arizona. The US Joint System Program Office at Eglin Air Force Base in Florida manages the ground-launched AMRAAM common launcher program for the US Army and US Marine Corps. In November 2005, approval was given for five SL-AMRAAM prototypes to be built and tested. In February 2004, the US Army Aviation and Missile Command awarded Raytheon a contract to develop SL-AMRAAM. ![]()
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