Corvette C5/C6 Hyperco Composite Leaf Springs (High Performance Track Series)
Hook Up with the Hyperco CLS Performance Advantage for your Corvette
Hyperco Composite Leaf Springs are significantly lighter than steel (70% on avg.), retain their design arch (no sagging / chassis inconsistency) and provide more side bite off the corner. The Hyperco CLS is truly a cost effective, high performance alternative to steel. It allows teams running leaf springs to be consistent night after night without having to constantly measure, monitor and change their springs for loss of arch / sagging. The initial cost is a value based on the incredible service life.
Lighter...70% less weight than steel
Stronger...more durable & consistent than steel (equals Value)
Faster...Incredible Side bite... Quicker off the corner.

Hyperco HPT Corvette C5 / C6 Composite Leaf Springs
High Performance Track Series
Hyperco recently introduced the finest quality Performance Composite Leaf Springs for the C5 Corvette. Great effort and research went into developing 2 Levels of Performance, allowing the Corvette C5 owner to be able to pick the performance level they choose. Then they will truly become the Corvette DRIVER....not just the owner. (For more information see listings below)
Price includes front and rear HPS Hyperco High Performance Street Series Composite leaf springs. For either the C5 or C6. Rate will be chosen by model selection below.
Corvette C5/C6 HPT Front Spring - 625# Rate
Corvette C5 HPT Rear Spring - 850# Rate
Corvette C6 HPT Rear Spring - 850# Rate
High Performance Track Series
The Hyperco High Performance Track Series (HPT) Corvette C5/C6 Composite Leaf Springs combine front and rear springs to give the optimum setup for Track-Time and all out racing events. The quality of this product is superior to any aftermarket product to date.
These springs have been developed to deliver rates of 625 lbs. per inch in front and 850 lbs. per inch in the rear.
The Height Adjusters for these springs have been made with a hard Delron Pad to allow instant response.
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