14in Coil Over Springs

The LANDRUM SPRINGS 14in Coil Over Springs (Model 14VB175) represent a precision-engineered suspension component designed for coil-over applications requiring consistent spring rate performance. These variable body coil-over springs deliver a 175 lb/in spring rate in a 14-inch length, making them suitable for performance suspension tuning in vehicles where adjustable ride height and custom spring rates are priorities. The 2.5-inch inner diameter accommodates standard coil-over shock bodies, ensuring compatibility with most modern coil-over kits.

The 175 lb/in spring rate strikes a balance between responsive handling and ride comfort—stiff enough to resist excessive body roll during cornering, yet compliant enough to absorb road imperfections without harsh feedback. The variable body design optimizes load distribution along the spring length, which reduces stress concentration and improves longevity compared to linear designs. Gray powder-coat finish protects the steel from corrosion during installation and long-term service. At 4.73 lbs per spring, these components remain manageable for installation while maintaining structural rigidity essential for suspension geometry control.

These coil-over springs are engineered for buyers pursuing custom suspension setups—whether for street performance applications, autocross tuning, or platform-specific handling optimization. The 14-inch length accommodates both dropped and stock ride heights depending on shock selection. Buyers integrating these springs into an existing coil-over system should verify shock compatibility and confirm that the 175 lb/in rate aligns with their target suspension geometry and vehicle weight distribution.

Variable body coil springs like this LANDRUM SPRINGS model are preferred in high-performance applications over linear springs because they provide progressive rate characteristics—initial compliance under light loads and increasing resistance under higher compression. This characteristic improves both everyday drivability and cornering performance. When paired with properly matched dampers and mounted at the correct ride height, these springs form the foundation of a well-balanced suspension system.