COMP Cams Hydraulic Roller Lifters are established as a replacement component for stock variants or as a retro-fit solution for non-factory roller blocks. Compared to flat tappet lifters, the COMP Cams Retro-Fit Hydraulic Roller Lifter bestows decreased friction and improved longevity. These lifters also allow the accommodation of more aggressive cam profiles, a feature unavailable with flat tappet lifters. With a lightweight body design, they feature axles made from heat-treated high quality steel for superb strength and wear resistance. Like all of the innovative lifters by COMP Cams, the Hydraulic Roller Lifter is meticulously designed and tested to ensure a superior quality that's worthy of the company's prestige.

Since its establishment in 1976, Competitions Cams Inc., more famously known as COMP Cams has been an industry leader in the production of top quality valve train components. Prioritizing both the custom builder and the race enthusiast, COMP Cams' engineers incorporate only proven technology, efficient procedures and the most cutting edge equipment to produce their camshafts, rocker arms, valve lifters and other essential engine components. This is the same design process being utilized to develop reliable components for championship winning teams in international competitions like NASCAR and NHRA.

For more than three decades, COMP Cams has established a huge collection of standard setting camshafts and valve train solutions that emphasize outstanding performance on the track and the street. Adding to that, the company also offers free expert technical assistance to its customers to ensure they make the proper purchase for their specific application. With a passion to continuously improve, it's no wonder COMP Cams has been a household name for teams competing in the most prestigious circle track, drag racing, road race and off-road racing. Currently based in Memphis, Tennessee, COMP Cams continues to be a reliable brand by providing innovative and modern performance parts that never settle for second place.