Your New Favorite Comp Cams 12-945-9 Oval Track 264/268 Solid Roller Cam For Chevrolet Small Block Perfect For Gifting [RGn7qdkr]

COMP Cams Oval Track 264/268 Solid Roller Cam for Chevrolet Small Block

The COMP Cams 12-945-9 Oval Track 264/268 Solid Roller Cam is a top-tier upgrade for Chevrolet Small Block engines. This camshaft is designed to enhance performance and efficiency, providing a smooth and responsive power delivery. With its solid roller design, it offers increased durability and reliability, making it an ideal choice for both street and racing applications. The cam's unique oval track profile ensures optimal valve timing, contributing to improved horsepower and torque output.

Key Features and Specifications

This camshaft is meticulously engineered to fit Chevrolet GEN 1 Small Blocks, including models like the 262, 265, 267, 283, 302, 305, 307, 327, 350, and 400. It is not compatible with LT1/LT4 or factory roller Small Blocks built from 1985 and newer. A crucial point to note is that it is optimized for use with a Melanized or Nitrided distributor gear, ensuring compatibility and performance. The camshaft boasts a height of 2.75 inches and a length of 24.5 inches, with a weight of 8.65 pounds. This product is also suitable for 355 Late Model engines with good cylinder heads on longer tracks.

Practical Applications and Benefits

The COMP Cams 12-945-9 camshaft is a game-changer for enthusiasts and professionals alike. Its robust design and superior engineering make it an excellent choice for those looking to boost the performance of their Chevrolet Small Block engines. Whether you're driving a Camaro, Corvette, Silverado, or any other GEN 1 Small Block vehicle, this camshaft can deliver noticeable improvements in power and responsiveness. Its compatibility with a wide range of models and its ability to enhance both street and racing performance make it a must-have for any Chevrolet Small Block enthusiast. Upgrade your engine with the COMP Cams 12-945-9 Oval Track 264/268 Solid Roller Cam and experience the difference in performance and reliability.