Coilover Spring 6in x 2.5in x 100lb Barrel

The Coilover Spring 6in x 2.5in x 100lb Barrel by SWIFT SPRINGS is a precision suspension component engineered for tactical vehicles, off-road platforms, and specialized equipment requiring adjustable spring performance. Built to exacting standards, this coilover assembly serves operators in law enforcement, military, and high-performance civilian applications where ride height adjustment and load capacity control are mission-critical. The 100-pound spring rate delivers controlled compression and rebound characteristics essential for maintaining vehicle stability under variable payload conditions and demanding terrain.

Constructed with a 6-inch travel stroke and 2.5-inch diameter barrel housing, this SWIFT SPRINGS coilover integrates a helical spring design optimized for durability and consistent performance across repeated duty cycles. The 100-pound spring rate (measured in force per inch of compression) balances responsiveness with load-bearing capacity, allowing operators to fine-tune suspension geometry without sacrificing ground clearance or handling. The compact 4.5 x 4.25 x 7.5-inch envelope and 1.15-pound weight specification facilitate integration into space-constrained tactical platforms while maintaining structural rigidity and corrosion resistance typical of military-grade suspension components.

Operators deploying this coilover spring benefit from adjustable ride height capability, enabling tactical vehicles to adapt suspension geometry for stabilization on uneven terrain, load distribution management, or dynamic mission requirements. Law enforcement and military personnel utilize coilover assemblies of this specification in patrol vehicles, tactical support platforms, and specialized equipment where suspension performance directly impacts mission execution and operator safety. Installation requires proper mounting hardware and alignment verification; compatibility assessment with existing suspension geometry and mounting points is essential before field deployment.