Coil Over Spring 2.5in x 14in High Travel 55lbs

The Coil Over Spring 2.5in x 14in High Travel 55lbs by Landrum Springs is engineered for serious suspension builders and off-road enthusiasts who demand precision compliance in their custom setups. This high-travel coilover spring is the backbone of modern performance suspension systems, whether you're building a rock-crawling rig, a track-focused street machine, or a lifted truck that needs to absorb massive impacts without binding. The 55-pound spring rate paired with 14 inches of available travel makes this component ideal for applications requiring extended droop and progressive load management over rough terrain or dynamic racing environments.

Manufactured by Landrum Springs, a trusted supplier for performance suspensions, this coilover spring features a 2.5-inch outer diameter that integrates seamlessly with industry-standard coilover bodies and damper assemblies. The 55-pound spring rate delivers a balance between comfort and control—stiff enough to minimize body roll during cornering and maintain ride height under load, yet compliant enough to track over obstacles without shocking the chassis. The high-travel design means the spring can compress and extend through its full range without premature coil binding, preserving consistent damping response across the suspension's entire working envelope and preventing the abrupt stiffness that occurs when coils bind together.

This Landrum Springs coilover is best suited for custom suspension applications where OEM springs fall short—from aggressive off-road platforms and trophy-truck builds to lowered cars running coilover kits that demand tuned spring rates. When pairing this spring, ensure your damper body is rated for at least 14 inches of travel and verify that your vehicle's geometry and ride-height targets align with the 55-pound rate; lighter vehicles may feel overstiff, while heavier platforms may require a stiffer rate. Professional installation is recommended to ensure proper spring seating, preload adjustment, and alignment of the coilover assembly for optimal suspension performance and longevity.