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Lockheed Martin Successfully Flight Tests Low-Cost Autonomous Attack System

Fule image of the LOCAAS system.

Orlando FL (SPX) Nov 04, 2005
Lockheed Martin conducted a successful operator-in-the-loop flight test of the LOCAAS, a low-cost autonomous attack system at Eglin AFB, FL on Oct. 21. LOCAAS is an autonomous, wide-area search miniature munition that is equipped with a LADAR seeker.

"This test demonstrated the capability of LOCAAS to integrate automatic combat identification, global data links, operator-in-the-loop involvement, and successful redirect of the weapon," said Randy Bigum, vice president of Strike Weapons at Lockheed Martin.

The LOCAAS flight test vehicle was launched from a King Air 200 and flew more than 40 nautical miles in approximately 15 minutes. During the flight, LOCAAS was powered by the Technical Directions Incorporated J45G turbojet engine as it used its laser radar (LADAR) seeker to search, identify and report on targets in a preplanned mission search area.

While flying the planned mission, the operator-in-the-loop redirected the test vehicle to the location of a moving target elsewhere on the range. Once redirected, the test vehicle altered its predefined flight path to an optimal approach to the moving target as the new primary target of interest.

The Globalstar SATCOM system was used to link the LOCAAS test vehicle and the operator-in-the-loop with a detailed simulation of the Network Centric Collaborative Targeting (NCCT) system developed by L3 Communications. NCCT fused track and identification information from simulated Intelligence, Surveillance, Reconnaissance (ISR) platform sensors to provide the approximate location of the moving, time-sensitive target.

The test vehicle was also linked via data link to the Cooperative Attack Munitions Real-time Assessment (CAMRA) testbed, which simulated three "virtual" munitions cooperatively searching in flight paths adjacent to the test vehicle. Once cued by the operator-in-the-loop, the virtual munitions performed coordinated attack operations in concert with the flight test vehicle using real-time information received across the data link.

The link to NCCT allowed the flight test vehicle to act as a non-traditional ISR sensor transmitting detected target vehicle identification, location, time, and weapon status information for use by other systems and operators.

An Air Force flight-rated operator, serving as the operator-in-the-loop, retargeted the LOCAAS flight test vehicle to "attack" the NCCT-tracked moving vehicle. During the test vehicle's flight, the operator monitored real-time weapon state information, as well as, the near-real time location updates of detected targets provided by NCCT.

The operator interface utilized a modified version of the Air Force's Portable Flight Planning System (PFPS) FalconView map overlay application. The FalconView application was executed on a ruggedized laptop computer and enabled the operator to relay the relevant target track information, as well as break-off and/or abort commands to the LOCAAS flight test vehicle.

The Air Force Research Laboratory, Munitions Directorate sponsored the flight test which was the culmination of five successful flights including one with a live warhead.

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Global Hawk Tests Ability To Detect Airborne Targets Story
Patuxent River MD (SPX) Nov 04, 2005
The U.S. Navy's most advanced unmanned aerial system (UAS), the RQ-4A Global Hawk Maritime Demonstration (GHMD), participated with the Air Force in a congressionally directed demonstration Oct. 26, to detect airborne targets.







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