CO959-16 Comp Cams Dual Valve Springs 1.660″ Od 236 671 Lbs@2.000″ .750″ Lift

Description

Maximize valve control and engine efficiency with dual valve springs engineered to withstand high lift stress and maintain consistent spring pressure. These springs address the critical need for valve stability, reducing valve float and ensuring precise timing in high-performance engines.

Dual springs provide enhanced resistance against valve bounce by delivering a combined spring force ranging from 236 to 671 pounds at a 2.000″ installed height, enabling reliable operation at .750″ lift. This specification ensures the springs maintain optimal tension across a broad operating range, supporting aggressive cam profiles and high RPM conditions.

Constructed by Comp Cams, a recognized leader in performance engine components, these springs feature a 1.660″ outer diameter that balances compact design with sufficient surface area for durability and heat dissipation. The robust dimensions—34.00 cm in length, 7.40 cm in width, and 9.40 cm in height—are tailored for compatibility with a wide range of engine assemblies, simplifying installation without sacrificing performance.

Weighing 2.75 kg, these dual valve springs offer a solid build quality that directly contributes to their longevity and resistance to fatigue under continuous high-stress conditions. Their precise engineering supports consistent valve actuation, which translates to improved combustion efficiency and engine responsiveness.

This valve spring set is ideal for applications demanding high lift and stable valve operation, such as racing or heavy-duty performance engines. Its specific spring rates and dimensions ensure seamless integration with compatible valve train components, maintaining reliability even under rigorous driving conditions.

Invest in these Comp Cams dual valve springs to achieve enhanced valve stability, reduced mechanical stress, and sustained engine performance. Their detailed engineering and proven specifications provide a dependable solution for performance-driven engine builds requiring precise valve control.