Memphis, TN – COMP Cams® introduces a new .700″ Max Lift Dual Valve Spring that uses the additional installed height available in newer stock GM LS7, LT1 and LT4 engines to increase valve lift capacity and improve valve control.
These new valve springs are optimized to improve performance in engines with taller installed heights. Capable of sustaining up to .700” valve lift from both hydraulic roller and solid roller camshafts, this dual spring is also appropriate for use on milder applications when set up to be within .050” to .080” from coil bind at max valve lift.
Manufactured with a proprietary Super Finish that delivers superior strength, durability and valve train stability, COMP Cams® .700″ Max Lift Dual Valve Springs for GM LS7, LT1 & LT4 Engines can handle extreme stress in high lift applications. They are suitable for both street and race applications.
Product: COMP Cams® .700″ Max Lift Dual Valve Springs for GM LS7, LT1 & LT4 Engines
Part Number: 26527-16
Street Price: $383.25
Social Media Pitch: COMP Cams® .700″ Max Lift Dual Valve Springs bring a proven design to GM LS7, LT1 and LT4 engines with taller installed heights.
Features & Benefits:
- Optimized for additional installed height in new GM LS7, LT1 & LT4 cylinder heads
- Allows up to .700” lift
- Designed for street/strip hydraulic & solid roller cams
- Super Finish process enhances durability in extreme use
About COMP Cams®
Founded in 1976 and based in Memphis, TN, COMP Cams® has become the automotive performance aftermarket’s “Absolute Leader in Valve Train Technology.” Our mission is to produce the highest-performing products possible, provide superior customer service and lead the industry in technological development. Additional information about COMP Cams® and its products can be found at www.compcams.com or by calling 1.800.999.0853. You can also visit us on Facebook (facebook.com/COMPWins), Twitter (twitter.com/COMPCams), Instagram (instagram.com/compcamsofficial) and YouTube (CPGNationTV.com).
Media Contact: Trent Goodwin, [email protected], 901.