Bump Stop Puck 55dr Orange 1in

The Bump Stop Puck 55dr Orange 1in from ALLSTAR PERFORMANCE is an essential suspension component designed for racers and serious street enthusiasts who demand precise suspension control and consistent ride geometry. This compact elastomer isolator serves as a cushioning element in modern suspension systems, preventing metal-to-metal contact and controlling suspension travel limits. Whether you're building a competition vehicle, upgrading a street car, or fine-tuning suspension response on a track-focused platform, the bump stop puck is critical for maintaining predictable chassis behavior under acceleration, braking, and cornering loads.

Engineered with a 55-durometer orange compound, this puck offers a balanced blend of compliance and load-bearing capability specifically formulated for high-performance applications. The 1-inch height provides proper suspension clearance and ensures smooth, controlled compression when suspension travel reaches its limits, eliminating harsh bottoming that can damage components and compromise vehicle control. ALLSTAR's manufacturing tolerances guarantee consistent sizing and performance across multiple installations, critical when tuning suspension geometry for dual-purpose or competitive use. The elastomer formulation resists heat degradation and maintains its cushioning properties across varied operating temperatures, ensuring reliable performance during sustained track sessions or spirited driving.

Bump stop pucks are universally compatible across independent double-A-arm and strut-based suspension systems where OEM or aftermarket control arms accommodate this standard sizing. Installation typically involves positioning the puck against the suspension stop or control arm mounting point, requiring no special tools or modifications. Technicians should verify frame and control arm clearances before installation and inspect adjacent suspension components for wear or damage. This product is ideal for anyone upgrading to adjustable coilover suspension systems, lowered vehicles, or competition platforms where suspension travel optimization directly impacts lap times and ride quality.