Ridetech C2/C3 Rear StrongArm System. The rear suspension system utilizes an offset trailing arm with a “trussed” design which allows maximum tire width while providing the utmost in strength. The rear trailing arm utilize a Teflon Bearing and the strut rods are outfitting with R-Joint rod ends to combine the best qualities of low friction movement, lateral stability, full range articulation, and quiet operation into one special bearing that is as home on the street as it is on the racetrack! When combined with the tubular rear cross member the trailing arms place the coil overs to the rear of the axle for better motion ratio and damping control while providing additional height adjustment via the movable lower coil over mounts.
- Adjustable stance, 1-3″ lower
- Mounting hardware to maintain ground & tire clearance, driveline angles, and load capacity
- Bolt-on installation (no fabrication required)
- Greatly improved handling performance
- Ultimate ride quality.
- For use with Ridetech Coil-Overs (sold separately)
Suspension Location | Rear |
---|---|
Suspension Type | Coil-Over Suspension |
FEATURES
- 1963-1967 Chevy Corvette...
- Includes: Trailing Arm, Upper Crossmember, Lower Strut Rod...
- Coil-Over Shocks Not Included The rear suspension system utilizes an offset trailing arm with a ''trussed'' design which allows maximum tire width while providing the utmost in strength. The rear trailing arm is outfitted with a rubber bushing in the standard configuration to mitigate NVH, while a bearing option is offered that provides the maximum in handling performance. When combined with the tubular rear cross member the trailing arms place the coil overs to the rear of the axle for...
- Lowers vehicle ride...
- Mounting hardware to maintain ground & tire clearance, driveline angles, and load...
Shipping cost is based on weight. Just add products to your cart and use the Shipping Calculator to see the shipping price.
We want you to be 100% satisfied with your purchase. Items can be returned or exchanged within 30 days of delivery.