H&R 29516-5 Street Performance Coilover Kit Mono-Tube Adjustable Lowering

The H&R 29516-5 Street Performance Coilover Kit is engineered specifically for street use, delivering a premium suspension upgrade that balances everyday driving comfort with enhanced handling dynamics. Unlike conventional twin-tube shock absorbers, these coilovers are built around a state-of-the-art mono-tube gas shock construction for superior heat dissipation, more consistent damping response, and improved overall performance.

H&R is widely recognized as the originator of the true street coilover system, and this kit reflects decades of suspension engineering expertise. Each shock absorber is individually tuned and paired with a progressive rate spring designed from the ground up to work in harmony with the shock's internal valving — the result is a cohesive, finely balanced suspension system rather than a collection of mismatched components.

The fully threaded shock body allows precise ride height adjustment, giving drivers the flexibility to dial in their preferred lowering stance without sacrificing ride quality. Whether you're a daily commuter seeking a sportier feel or an enthusiast looking to tighten up your vehicle's handling, the H&R 29516-5 coilovers deliver a compelling blend of performance and refinement.

Key Features:

• Mono-tube gas shock construction for improved damping performance over traditional twin-tube designs
• Fully threaded shock body for precise, adjustable ride height lowering
• Progressive rate springs engineered to complement shock valving for a balanced, tuned response
• Lowering range of approximately 1.0 to 2.5 inches on average
• Suitable for daily drivers and performance enthusiasts alike
• Improved cornering stability and reduced body roll
• Designed and engineered by H&R — the originator of the street coilover system

The H&R 29516-5 coilover kit is a direct-fit suspension solution that upgrades both form and function, providing a lower center of gravity and sharper handling response while maintaining the ride quality expected from a street-focused application.