CP-Carrillo Rods & Pistons

CP-Carrillo was born in 2010 when two companies, CP Pistons and Carrillo Industries joined forces in order to provide their customers with performance automotive products of supreme quality.


This unique partnership brought to market engine pistons and rods, that are designed to the highest standards. All CP-Carrillo products are proudly manufactured in the USA. The company resides in Irvine, California, where company's headquarters and manufacturing plant are located.

CP Pistons

Research and development are key principles of CP-Carrillo. CP Pistons are designed using high-end equipment, technology and advanced software, combined with experience, creativity and dedication to innovation of company's engineers.

CP-Carrillo pistons

Each new product goes through research and development stages, while manufacturing stage always ends up with thorough testing. It has resulted in more forgings specific to certain applications, proprietary treated wrist pins and rings manufactured only for CP. Each and every of CP Pistons is designed using 3D modeling, which allows CP to look at the part from all angles, check its weight and other properties even before is is manufactured. So no wonder, that some of the top names in motorsport rely on CP pistons. And if you want to experience all the benefits of performance pistons, CARiD's selection of CP-Carrillo products is what you are looking for. On its digital shelves you'll find a large stock of CP racing pistons.

Carrillo Rods

Since 1963, Carrillo has provided durable, accurate and proven connecting rods to virtually every major automotive and motorcycle brand. The name of Carillo is highly-recognized in the motorsport industry as a manufacturer of high-quality performance and speed equipment.

Carrillo connecring rod

Carrillo crafts its connecting rods using top-grade chrome, nickel, moly and vanadium alloy. All Carrillo connecting rods are manufactured from an oversized forging resulting in the proper grainflow as well as the surface removal of any potential inclusions or surface conversions generated by the forging process. This advanced manufacturing technique ensures strenght and wear-resistance of all products.