Bump Stop Spring 1400lbs

The Hyperco Bump Stop Spring 1400lbs is an essential component for precision suspension tuning, engineered to manage extreme compression and prevent chassis bottoming. This specific model provides a consistent 1400 lb/in spring rate, ensuring predictable vehicle handling when your suspension reaches the end of its travel. Whether you are looking to buy a replacement or upgrading your current setup, understanding the role of a secondary spring in a progressive rate system is critical for maintaining control during high-velocity impacts.

Built from high-tensile steel, this Bump Stop Spring 1400lbs features a 2.4-inch free length and a 1.962-inch outer diameter. These specifications are vital for ensuring proper fitment within standard suspension housings and shock assemblies. The blue powder coat finish provides superior corrosion resistance, ensuring the component remains functional in harsh racing or off-road environments. When you review specifications for a bump stop spring, the 1400 lb/in rate is a significant factor for heavy-duty applications where a firm, supportive transition is required.

Integrating a precision-engineered spring like the Bump Stop Spring 1400lbs into your suspension architecture allows for a more refined damping curve. By acting as a secondary rate, it bridges the gap between the primary spring and the hard mechanical stop, effectively absorbing energy that would otherwise be transferred directly to the vehicle frame. For those searching for this component for sale, it represents a reliable solution for professional-grade racing configurations where durability and repeatable performance are non-negotiable requirements.

This component is sold individually, allowing for precise corner-weighting and custom tuning of your vehicle's dynamics. The Hyperco 24BS1400 is a standard choice for technicians who require exact tolerances and proven materials to achieve optimal performance. By choosing this Bump Stop Spring 1400lbs, you are investing in a suspension component designed to withstand the rigors of competitive use while maintaining its structural integrity and spring rate accuracy over the long term.