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Rockwell Collins successfully controls and lands wing-damaged UAV

Rockwell Collins, through newly-acquired Athena Technologies, has completed a successful flight test of a significantly damaged unmanned F/A-18 subscale model air vehicle. The Defense Advanced Research Projects Agency (DARPA) sponsored the flight demonstrations held this spring at the Aberdeen Proving Grounds in Maryland.

During the first flight test, nearly half of the airplane's right wing was ejected to simulate battle damage and in-flight failure. During the second flight, almost 60 percent of the airplane's right wing was ejected. Upon ejecting the wing section during both flights, Rockwell Collins' Automatic Supervisory Adaptive Control (ASAC) technology reacted to the airplane's new vehicle configuration, automatically regained baseline performance, continued to fly the plane, and then autonomously landed it using internal Inertial Navigation System/Global Positioning System (INS/GPS) reference only.

The flight test campaign followed a similar successful DARPA sponsored demonstration in April 2007, during which an aileron was ejected in-flight from the unmanned subscale F/A-18.

"DARPA asked us to significantly increase the level of damage and risk in this latest flight test campaign to really put the Rockwell Collins controls technology through its paces," said Mike Myers, vice president of Business Development for Rockwell Collins Government Systems. "We are pleased with the ability of our adaptive controls to instantly detect and react to the new vehicle configuration after loss of major sections of the wing. The ASAC controls technology enabled the airplane to continue to fly completely autonomously without a hitch and land without further damage."

Damage tolerance is an enabling capability for increasing the mission reliability of UAVs operating in hazardous and high-threat environments. The technology provides for real-time autonomous accommodation of damage, followed by an adaptation process that alters the flight control system to compensate for the effects of the damage. During the flight test, Rockwell Collins demonstrated a capability that could be applicable to all military aircraft operating in combat environments and to commercial, business and general aviation for full flight automation and backup.

"This demonstration highlights the challenge and importance of autonomously controlling and landing an airplane that has sustained catastrophic damage or failure in flight," said Dr. David Vos, senior director of Control Technologies at Rockwell Collins. "This powerful capability can save the military the expense of lost UAVs. When applied to both manned and unmanned aircraft, damage tolerance is a key technology that can facilitate the convergence of manned and unmanned aircraft in increasingly crowded controlled airspace; but more importantly, the solution can save lives."

Videos of the flight demonstration can be viewed at http://www.rockwellcollins.com/news/video/damage-tolerance.html 

 

Press release issued by Rockwell Collins Inc. on June 10, 2008

 

 Contact details from our directory:
Rockwell Collins Inc. Head-Up Displays, Radio Communications Equipment, Moving Maps, Enhanced Vision Systems (EVS), LCD Displays, Engine Indicator Instruments, Cabin Management Systems, Automatic Flight Control Systems, Inflight Entertainment, Automatic Direction Finders, Cabin Address Systems, Autopilots, Radar/Radio Altimeters, Distance Measuring Equipment, VOR (Omnirange) Receivers, Avionics Management Systems, Air-to-Ground Data Links, Multi-Mode Receivers (MMR), Engine Control Quadrants, Control Panels, Aircraft & Helicopter Controllers, Collision Avoidance Systems/TCAS, Helmet-Mounted Displays (HMD), Weather Mapping Radar, Inertial Components & Systems, Attitude and Heading Reference Systems, Navigation Antennas, Transceivers, Flight Recorders, Cockpit Printers, Flight Directors, Flight Management Systems, Electronic Flight Instrument Systems, Air Data Computers, Onboard Computers, UAV Control Software, GPS, Simulation Systems, Surveillance/Air Defense Radar, Engine Controls, Terrain Awareness and Warning Systems, Horizontal Situation Indicator, Instrument Landing Systems, Command, Control & Intelligence Systems, Airborne Communication Systems

 

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