Conv Spring Helper 10#

The HOWE Conv Spring Helper 10# is a polyurethane progressive spring assistant designed to level your vehicle's stance and improve load-carrying capacity. Whether you're upgrading a street truck for daily driving, preparing a work vehicle for hauling, or fine-tuning suspension geometry on a modified platform, this helper spring addresses common sagging issues caused by added weight or performance modifications. These helpers are essential for maintaining proper ride height and suspension geometry when factory springs alone cannot support increased loads.

HOWE's helper springs utilize polyurethane construction to provide consistent, predictable spring rate characteristics without the maintenance headaches of traditional rubber or air springs. The 10-pound rating indicates a progressive spring force that complements rather than replaces your primary coil or leaf springs, allowing your suspension to maintain factory ride quality while adding support under load. This auxiliary spring design works progressively—providing minimal resistance during empty vehicle operation, then engaging as suspension compression increases—making it ideal for vehicles that experience variable loading conditions. Installation typically occurs between the frame and axle or as part of an under-spring assembly, depending on your specific suspension platform.

Mechanics and truck enthusiasts rely on helper springs like the HOWE SA1310 when factory suspension geometry drifts out of spec due to payload, modifications, or age-related spring fatigue. This component is particularly valuable for pickup trucks, utility vehicles, and daily-driver platforms where suspension travel and weight distribution directly affect handling, tire wear, and brake bias. Compact dimensions (5.9 x 2.55 x 6.25 inches) and minimal weight (0.32 lbs) make installation straightforward on most conventional and modified suspensions. Always verify mounting location and clearance with your vehicle's specific suspension design before installation to ensure proper load path and spring engagement.