9.5in x 5in x 700# Front Spring

The Landrum Springs 9.5in x 5in x 700# Front Spring is a conventional coil spring engineered for front suspension applications requiring a 700 lb/in spring rate. This Gold Series component delivers consistent load support and ride control in vehicles where suspension tuning demands precision. Manufactured from steel and finished with a durable gold powder coat, the spring combines corrosion resistance with reliable performance across extended service life.

The 700 lb/in spring rate defines how much force is required to compress the spring by one inch. In practical terms, this specification means the spring provides moderate stiffness—stiffer than stock passenger springs but not extreme—suitable for vehicles that need improved handling without sacrificing ride comfort entirely. The 9.5-inch length and 5-inch outer diameter (OD) are core fitment dimensions that determine whether this spring will integrate correctly with your suspension geometry. Landrum Springs' Gold Series designation indicates a conventional design without progressive coiling, meaning consistent spring force throughout the compression range.

This front spring suits builders and technicians working on suspension upgrades, restoration projects, or performance tuning where OEM springs no longer meet handling or load requirements. Vehicles running modest performance modifications, towing light loads, or requiring a stiffer front end for improved cornering response benefit from the 700# rate. Verification of fitment against your specific vehicle's suspension architecture is essential before purchase. This is a single spring; full front suspension replacement typically requires a pair.

Landrum Springs is recognized within the suspension aftermarket for consistent quality and precise rate specifications. The gold powder coat finish resists salt spray and road contaminants better than bare steel, extending service life in harsh climates. When selecting a coil spring for front suspension, confirming the spring rate, free length, and OD against your vehicle's specifications and intended use case prevents costly fitment errors and ensures suspension geometry remains within design parameters.