Top Gun 4-Link Housing Bracket w/o Shock Mount

The Top Gun 4-Link Housing Bracket without Shock Mount from Chassis Engineering is a weld-on suspension component designed for serious drag racing, street performance, and off-road builds that demand precise rear axle location and control. This bracket serves as the foundation of a four-link suspension geometry, anchoring the upper and lower control arms to the differential housing itself. Whether you're building a dedicated quarter-mile competitor or upgrading a street car's suspension architecture, this bracket is engineered to handle the lateral and longitudinal forces that modern power plants generate.

Fabricated from solid steel and finished in natural (uncoated) condition, the Top Gun 4-Link Housing Bracket measures 5.5 × 0.25 × 13.85 inches and weighs 2.88 pounds per piece. The bracket features 5/8-inch diameter mounting holes and is constructed with 1/4-inch thick steel material to withstand repeated loading cycles without deflection or failure. Designed specifically for 3-inch axle tubes, this weld-on design integrates directly into your rear-end assembly, providing a rigid mounting point that eliminates the compliance issues found in bolt-on alternatives. The absence of an integrated shock mount allows builders to select their own damping solution independently, offering maximum flexibility in suspension tuning and component integration.

This bracket is ideal for fabricators and performance shops building custom four-link systems for muscle cars, hot rods, circle-track vehicles, and modern performance platforms. Installation requires welding to your housing tubes and is best performed by experienced builders with proper equipment and metallurgical knowledge. The bracket's compatibility with 3-inch axle tubes makes it suitable for both OEM and aftermarket differentials in that size range. For optimal suspension performance and safety, pair this housing bracket with quality upper and lower control arms, quality bushings, and a separate shock-mounting solution engineered for your specific weight transfer and acceleration profile.