Coilover Spring 3.0in ID 14in Tall 200lb

The Coilover Spring 3.0in ID 14in Tall 200lb from DRACO RACING is a precision-engineered suspension component designed for performance enthusiasts and professional racers who demand consistent ride geometry and handling control. Built as a direct coil-over spring solution, this component integrates seamlessly into coil-over suspension kits to provide predictable spring rates and maintain proper vehicle stance during acceleration, braking, and cornering. Whether you're fine-tuning a street performance build or optimizing a track-focused platform, this coilover spring delivers the linear force curve necessary for repeatable suspension tuning.

This coilover spring features a 3.0-inch inner diameter and 14-inch overall height, making it compatible with most modern coil-over damper assemblies and aftermarket suspension platforms. The 200 lb/in spring rate—a moderate stiffness spec—balances responsive handling with comfort, resisting body roll without introducing harshness in everyday driving scenarios. Constructed from high-tensile steel and finished in a vibrant purple powder coat, the spring resists corrosion and road salt while maintaining visual appeal during inspections or custom builds. The durable coating also facilitates rust prevention in harsh automotive environments, extending service life across multiple seasons.

This spring suits drivers upgrading from stock suspension or replacing worn coil-over units in existing setups, particularly those operating naturally aspirated or mildly forced-induction vehicles in road-racing, autocross, or street-performance applications. Installation requires compatible coil-over shocks and proper suspension geometry knowledge; always consult your vehicle's suspension manual and manufacturer guidelines before assembly. The 5 lb unit weight allows for straightforward handling during installation, and the compact 4.9 x 4.8 x 16 inch envelope fits standard coil-over packaging. Proper installation, alignment, and regular inspection ensure optimal performance and extended component longevity.