ISKY SPRINGS 1.560 OD DUAL 245-585PSI @ 1.950 .680 LIFT

Description

Achieve superior valve spring performance designed to handle demanding engine conditions with precise control and durability. This dual valve spring operates within a pressure range of 245 to 585 PSI at a 1.950″ lift, providing consistent resistance that minimizes valve float and maintains optimal valve timing during high RPM operation.

The 1.560″ outer diameter offers a precise fit within the valve train assembly, reducing unwanted movement and wear. This specification ensures compatibility with performance engines requiring exact spring dimensions to maintain efficiency and reliability.

Constructed by Isky Racing Cams, a recognized leader in engine component manufacturing, the spring’s build quality supports sustained performance. Weighing 2.75 kg and measuring 31.50 cm in length, 8.50 cm in width, and 6.50 cm in height, the dimensions reflect a robust design that balances strength and space efficiency within the engine compartment.

The dual spring design enhances valve control by combining two springs to absorb and dissipate energy more effectively than a single spring. This configuration reduces the risk of valve bounce and improves throttle response, which translates into more consistent engine output and longevity of valve train components.

With a .680″ lift rating, these springs accommodate aggressive cam profiles, allowing for increased valve travel without sacrificing spring pressure or durability. This makes them suitable for performance engines that demand precise valve timing and high lift operation.

Overall, these valve springs deliver enhanced engine stability and power retention by maintaining proper valve seating and timing under extreme conditions. Their specific dimensions and pressure ratings provide a tailored solution for high-performance applications requiring reliable valve train components.

Install these dual valve springs to ensure your engine maintains optimal valve control and longevity during high RPM and high-stress scenarios. The detailed specifications guarantee compatibility and performance that meet rigorous racing and performance standards.