Raytheon Receives Award To Reduce Effects Of Wind Turbines On Air Traffic Control System

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Raytheon Co. has been awarded a contract by the U.K.'s NATS, formerly National Air Traffic Services, to conduct software modeling and field trials of technology that minimizes the effects of wind turbines on radar signals.

Under the $6.5 million contract, Raytheon will develop and test advanced mitigation algorithms within its S-band approach and L-band en route primary surveillance radars. Raytheon will also develop and test advanced post-processing tracking algorithms, along with a full PSR modeling and simulation capability that validates enhancements and serves as a tool for rapid development of future improvements.

‘We are developing this much-needed technology with NATS to eliminate potential radar blackout zones near wind farms and enable the U.K. to continue its progress in developing safe, renewable energy resources,’ says Andy Zogg, Raytheon Network Centric System's vice president of command and control systems.

Wind farm turbines create a Doppler effect as they rotate, creating a potential radar blackout zone. The Raytheon solution uses hardware and software to detect the turbines on radar systems, which eliminates interference with radar displays, according to the company.

System testing will take place in the U.K. and the Netherlands.

SOURCE: Raytheon Co.

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