Coilover Spring 2.5in ID 12in Tall 175lb

The Coilover Spring 2.5in ID 12in Tall 175lb by DRACO RACING is a precision-engineered suspension component designed for high-performance vehicle builds, competition use, and tactical mobility platforms. Built to exacting specifications, this coilover spring delivers consistent load handling and ride control in demanding operational and racing environments. Whether you're optimizing a patrol vehicle, competition rig, or purpose-built tactical transport, this spring provides the structural integrity required for controlled load distribution and stability under varied terrain and payload conditions.

This coilover spring features a 2.5-inch inner diameter (ID) construction, a 12-inch vertical height, and a 175-pound spring rate that balances responsiveness with durability across operational duty cycles. The 175lb rate provides moderate resistance suitable for vehicles carrying standard tactical loads without sacrificing ride quality or bottoming-out risk. Manufactured to DRACO RACING's tolerance standards, the spring resists stress fracturing and fatigue failure—critical factors in systems subjected to repeated load cycles, rough terrain, and sustained operational deployment. The compact 5 x 4.9 x 16.1-inch package (3.55 lbs) ensures easy integration into most coilover assemblies without requiring extensive modification to existing suspension geometry.

Operators, mechanics, and performance builders favor this spring for replacement or upgrade applications on vehicles requiring predictable suspension behavior and long-term reliability. The 175lb rate is ideal for mid-weight load profiles—typical of personnel transport, equipment carriers, and lightly-to-moderately-loaded pursuit or patrol vehicles. Installation is straightforward within any standard coilover shock assembly; proper seating and alignment of the spring collar ensure optimal performance and longevity. Verify inner diameter and ride-height compatibility with your specific coilover body before ordering to guarantee seamless integration and consistent spring preload characteristics.