14in Coil Over Barrel 175# Spring

The 14in Coil Over Barrel 175# Spring from LANDRUM SPRINGS is a critical suspension component engineered for tactical vehicles, law enforcement patrol units, and military transport platforms requiring precision load management. This coil-over spring assembly delivers consistent performance across demanding operational environments—from high-speed pursuit scenarios to rough terrain deployments. Designed and manufactured to meet or exceed OEM specifications, this spring maintains vehicle ride height and handling characteristics under full combat load, ensuring operators maintain vehicle control during dynamic maneuvers and sustained operations.

The 175-pound spring rate provides balanced damping suitable for medium-duty tactical applications, offering stiffness enough to prevent excessive suspension sag under ballistic protection plates, equipment racks, and crew weight, while maintaining sufficient compliance for prolonged road miles and uneven terrain. At 14 inches in length, this coil-over design integrates directly with barrel-style shock absorbers common on military-spec and law enforcement vehicles, allowing modular suspension tuning without full drivetrain replacement. The spring's fatigue-resistant steel construction and precision winding ensure thousands of compression cycles without permanent set or loss of tension—critical when vehicle reliability determines mission success and personnel safety.

This component is essential for operators maintaining fleets of tactical patrol vehicles, armored personnel carriers, and duty trucks operating at or near gross vehicle weight rating. Installation pairs directly with matching 14-inch shock barrels; proper matching of spring rates across front and rear axles prevents handling bias and uneven tire wear during high-speed responses. Landrum Springs' reputation for precision manufacturing makes this spring a trusted choice for departments standardizing suspension upgrades across multiple vehicles, reducing downtime and ensuring consistent operational performance across the entire fleet.