Coil over mount RH short

The Coil Over Mount RH Short from U-B Machine is a precision-engineered suspension component designed for right-hand applications in custom coil-over suspension builds and performance vehicle modifications. This compact mounting bracket serves as the critical interface between your coil-over assembly and the vehicle's frame or control arm, ensuring proper load transfer and maintaining suspension geometry during aggressive driving or off-road conditions. Whether you're building a track-focused machine, upgrading a lifted truck, or fine-tuning a street performance platform, this right-hand short-travel mount delivers the structural rigidity required for repeatable handling and driver confidence.

Built by U-B Machine to exacting tolerances, the coil-over mount features a compact footprint—measuring 3.45 x 2.05 x 3.9 inches—that minimizes packaging constraints without compromising strength or adjustability. The short-stroke design accommodates ride-height adjustments while preserving suspension travel and preventing bind-up at full compression or extension. Weighing just 0.54 lbs, this lightweight bracket reduces unsprung mass, a critical factor in suspension responsiveness and tire contact patch consistency. The precision-machined construction ensures proper bore alignment, eliminating runout that could cause uneven spring preload or lateral forces during cornering and braking events.

This mount is ideal for fabricators, suspension specialists, and performance enthusiasts undertaking custom coil-over installations on street, strip, or trail applications. Proper installation requires careful measurement of mounting hole spacing and verification against your specific vehicle's suspension geometry to ensure correct ride height, camber, and caster angles post-installation. Verify compatibility with your coil-over damper body diameter and mounting stud configuration before ordering. This is a right-hand unit; verify that your suspension layout requires a right-hand mount to avoid fitment issues and ensure optimal load distribution across both sides of the vehicle.