As the first step in the progression towards a fully fieldable electromagnetic weapon system, the pulsed power supply is a key component of EM gun technology envisioned to be part of the weapon systems of the future. Beyond the initial three-year technology demonstration program, the program presents significant additional development opportunities for all aspects of the EM Gun through the next decade.

The Pulsed Power Supply (PPS) consists of two counter-rotating machines capable of supporting the high power density requirements necessary to achieve target defeat using kinetic energy projectiles launched at high speed.

The use of pulsed power involves the storage of energy mechanically and converting it on demand to electrical energy sufficient to achieve projectile velocities not possible through the use of traditional chemical propellants. Added advantages include reduced space requirements for projectiles, elimination of the explosive propellant, and synergy with the electric propulsion goals of the US Army.

"We are pleased to support the US Army's agenda to utilize EM gun technology as a cornerstone of future combat systems," said Martin R. Benante, Chairman and CEO of Curtiss-Wright.

"We are excited about this opportunity as it places Curtiss-Wright in a strong leadership position in the application of pulsed power to support the strategic objectives and needs of all of the United States Armed Forces, including the Army, Marine Corps and Navy."

Team members on this program include the University of Texas at Austin Center for Electromechanics, Lockheed Martin Missiles and Fire Control in Dallas, TX and Silicon Power Corporation of Exton, PA.

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