Ultimate Ccp Camshaft - Jam Cam - 33042154r1 Pro Version [fv3Z7EP6]

CCP Jam Camshaft - LS1/LS2

The CCP Jam Camshaft, designed specifically for LS1/LS2 engines, is a top-tier performance upgrade that promises to elevate your vehicle's performance to new heights. This camshaft, crafted by Canadian Corvette Performance (CCP), is tailored for cathedral port heads and has also been proven effective in some LS3 applications. Its hydraulic roller design ensures smooth operation and durability, making it a reliable choice for high-performance engines.

Key Features and Specifications

This CCP Jam Camshaft comes with a BTR SKU of 33042154R1 and is part of the Canadian Corvette Performance (CCP) brand. It is designed for Gen III/Gen IV LS engines and is ideal for use with centrifugal supercharged setups. Key features include a hydraulic roller camshaft style, a three-bolt cam bolt design, and a camshaft that pairs perfectly with smaller centrifugal blowers like the D1SC, P1SC, or Novi 1500. Below are some of the key benefits:

• Performance Boost: The CCP Jam Camshaft enhances your engine's power and efficiency, delivering a usable powerband that still achieves great peak numbers.
• Compatibility: This camshaft is compatible with cathedral port heads and some LS3 applications, offering versatility and flexibility in your vehicle's modifications.

Practical Applications and Benefits

When paired with the right centrifugal blower, the CCP Jam Camshaft is a game-changer for your LS1/LS2 engine. It provides an optimal powerband that balances peak performance with everyday usability. Whether you're looking to boost your vehicle's performance for a track day or for daily driving, this camshaft is designed to deliver. With the CCP Jam Camshaft, you can expect:

• Increased Power: Experience a noticeable increase in horsepower and torque, providing a more responsive and thrilling driving experience.
• Enhanced Efficiency: The camshaft's design ensures a more efficient air-fuel mixture, leading to better fuel economy and reduced emissions.