Topics & Features:

  Armored Fighting Vehicles
  C4ISR
  Combat Aircraft
  Electronic Warfare
  Fire Support
  Future Combat Systems
  Homeland Defense
  Infantry Warfare
  Logistics & support
  Naval Systems
  Net Centric Warfare
  Precision Strike
  Protection & Survivability
  Spec-Ops, Counter Terror
  Unmanned Systems
  Defense Exhibitions

  RSS News Feed

Related Links:

 

Search Defense Update:

ByGoogle

 

   Become a member
   Advertise on this page
   Send suggestions...

   Commentary




Loitering Munition Capability Demonstration - LMCD

 UK MOD

LMCD Loitering Munition Capability Demonstration an MOD program calling for the early demonstration of loitering weapons, providing persistent coverage, deterrence and kill of enemy targets over a wide area and extended period of time. The loitering weapon will be able to deliver fast effects over a wide area, with pin-point accuracy.

Several systems were displayed at DSEi, presumably pitching for this program. Among these were the new SMACM from Lockheed Martin. This weapon can be used as an armed expendable UAV or a reconnaissance vehicle. It is compatible with most combat aircraft and BRU-61A launchers. TARES, advanced version of the German Taifun. MBDA and Ultra Electronics, the two companies selected to continue to the next phase of the program presented operational and available platforms, and both include Israeli partners.

Ultra has teamed with Rafael, EMIT and Raytheon, to offer the BLADE (Battlefield Loitering Artillery Direct Effect), based on a modified Sparrow M UAV designed and produced by EMIT. The vehicle has an endurance of six-hours. It is configured with a nose mounted forward looking EO payload and has a capacity to carry additional fuel or other payloads, including explosives. In the Blade configuration, the UAVs could be operated in "searcher" and "killer" roles. On board EO sensors will be used to identify and classify targets, and check battle damage. The killer UAVs will also be able to actively seek and destroy high priority targets. It is assumed that the UAVs will be able to coordinate their search patterns to take advantage of the persistence and availability of sensors over a wide area.

MBDA is leading a consortium including IAI, QinetiQ, Insys and Carnfield University. Its proposed weapon is the White Hawk, a derivative of the Harpy radar killer drone, developed by IAI and operational in several armies. IAI has also developed; under a joint venture with Raytheon (now a member of the competing team) an extended version of Harpy (also known as E-Harpy) called Cutlass. This UAV was reportedly offered to Turkey which already operates the Harpy. White Hawk, believed to be based on this platform, integrates an EO sensor and an explosive charge of a significant weight on a single platform. According to MBDA, the basic endurance requirement is for several hours but the program expects endurance growth in the future to the range of 20 hours, matching the capabilities of UAVs.

Rheinmetall Defence Electronics (RDE) displayed the new Tactical Advanced Recce Strike System (TARES), an evolutionary step from its Taifun killer drone. RDE successfully completed a series of test flights which tested the sensors, and verify the vehicle/GCS long range communications capabilities via datalinks and communications relays. During these tests TARES achieved its required operational radius of 200km. The homing device uses a thermal imaging sensor and a target imaging processor.

 


  Updated: 11/20/2005

Site Map

 

 

2002-2005 All Rights Reserved

 About us - Advertise - Terms of use