Bump Stop Puck 65dr Black 1/2in

The Bump Stop Puck 65dr Black 1/2in by ALLSTAR PERFORMANCE is an essential suspension component designed for racers, performance builders, and street enthusiasts who demand precise control over suspension geometry and ride compliance. Bump stops are critical elastomer spacers that regulate the final stage of suspension compression, preventing metal-to-metal contact and protecting frame, chassis, and drivetrain components from damage during aggressive cornering, acceleration, or rough road conditions. Whether you're tuning a road course car, drag racing setup, or street-driven performance vehicle, this puck provides the controlled cushioning needed to fine-tune your suspension's transition into full bump.

Constructed from durable elastomer material rated at 65 durometer hardness, the Bump Stop Puck 65dr offers a balanced compression rate that absorbs final-stage impact energy while maintaining consistent spring rates and suspension response across varying load conditions. The 1/2-inch thickness positions this puck in the mid-range of bump stop applications, making it suitable for both low-slung performance platforms and lifted suspensions where controlled bottoming is necessary. The black finish resists UV degradation and maintains material integrity under engine bay heat and environmental exposure. Allstar Performance's engineering ensures repeatable, predictable damping characteristics that prevent harsh bottoming-out events without over-softening the suspension during normal operation.

This bump stop puck is ideal for fabricators, suspension shops, and weekend warriors building custom A-arm suspensions, coilover setups, or factory-based performance upgrades on muscle cars, sports cars, and track-prepared vehicles. Installation is straightforward—the puck mounts between the suspension arm and chassis stop point, requiring only basic fastening hardware common to most suspension geometry. Verify your specific suspension architecture, frame clearances, and mounting location before ordering to ensure proper fit and optimal performance characteristics for your intended application.