Attack Performance Announces MotoGP Race Effort

American team will compete in U.S. rounds of MotoGP World Championship at Mazda Raceway Laguna Seca and Indianapolis Motor Speedway

[Huntington Beach, California - April 8, 2012 - Attack Performance, manufacturer of precision racing components, has been granted "wild-card" entries for both North American rounds of the 2012 MotoGP World Championship, the Red Bull U.S. Grand Prix at Mazda Raceway Laguna Seca, July 27-29, and the Red Bull Indianapolis Grand Prix at Indianapolis Motor Speedway, August 17-19.

Attack Performance is building a chassis of its own design for the new Claiming Rule Teams CRT) format at its 10,000-square-foot shop in Huntington Beach, California. The largely NCproduced, aluminum-framed machine will be powered by a heavily modified Kawasaki X-10Rbased engine. CRTs are intended to help increase privateer entries in GP racing’s 1000cc remier class and compete alongside teams running factory-built prototypes.

“I’ve wanted to design my own chassis for 10 years,” said team owner Richard Stanboli, “so this new class structure, essentially a Superbike engine housed in a prototype chassis, has provided an ideal opportunity for me. We have a great deal of work to do before the first event at Laguna Seca, but I’m no stranger to 20-hour days.”

Daytona 200 winner Steve Rapp will ride the Attack Performance entry. The AMA Pro Road Racing veteran has earned podium finishes at both Mazda Raceway Laguna Seca and Indianapolis Motor Speedway. In March, aboard the privateer Motorcycle SuperStore LeoVince M1 PowerSports Attack Performance AP10, Rapp recorded two top-six placings in the easonopening

AMA Pro American SuperBike races at Daytona International Speedway.

“Steve and I work well together,” said Stanboli. “Laguna is a difficult track to learn, and we will have a home-court advantage over some of the other CRT teams. Steve has many laps around Laguna, and we intend to hit the ground running.”

Attack Performance will release more details about the project as it continues to develop.