Coilover Spring 1.875in ID 10in Tall 215lb

The Coilover Spring 1.875in ID 10in Tall 215lb from DRACO RACING is a precision-engineered suspension component designed for builders and enthusiasts upgrading vehicle ride height and handling characteristics. Coilover springs serve as the load-bearing element in independent coilover suspension systems, working in tandem with dampers to manage vehicle weight transfer during acceleration, braking, and cornering. This specific spring rate and geometry combination suits street-performance builds, track-day platforms, and custom lowering applications where predictable spring behavior and consistent ride quality matter.

With a 1.875-inch inner diameter, 10-inch compressed length, and 215 lb/in spring rate, this coilover spring delivers moderate stiffness ideal for street-driven vehicles or entry-level competition setups that don't require extreme anti-squat geometry. The purple powder-coat finish protects against corrosion while allowing thermal inspection of spring behavior under load. Steel construction provides durability and consistent rate linearity across repeated compression cycles, critical for predictable damper tuning and bump-stop integration. The 215 lb/in rate strikes a balance—stiff enough to minimize body roll and improve turn-in response, yet compliant enough to absorb road imperfections without excessive harshness on uneven surfaces.

Mechanics and suspension builders select this spring when installing aftermarket coilover kits that call for mid-range spring rates on compact or lightweight platforms. Confirm spring seating diameter, mounting collar compatibility, and preload clearance before purchase—this spring's 1.875-inch ID requires matching shock bodies or sleeve adapters. Proper installation includes setting ride height, corner-balancing the vehicle on a level surface, and verifying damper compression ratios align with spring stiffness to avoid oscillation or under-damped response. Weight ratings, suspension geometry, and intended use (street vs. track) should all inform spring selection within a coilover system.