Clevis Kit 3/8in w/Pin (2 Clevis Adapt/2 Pins)

The Clevis Kit 3/8in w/Pin (2 Clevis Adapt/2 Pins) is a critical hardware component designed for precision suspension tuning and maintenance environments. Engineered to integrate seamlessly with the Accu-Force Spring Smasher system, this kit provides the robust connection points required for high-load spring compression tasks. Whether you are managing a fleet of tactical vehicles or fine-tuning a performance setup, these bolt-on brackets ensure a secure interface between the machine and the spring assembly. Reliability in these components is non-negotiable for professionals who demand consistent results during rigorous testing and adjustment cycles.

Constructed from high-grade aluminum with a natural finish, the Clevis Kit 3/8in w/Pin (2 Clevis Adapt/2 Pins) balances structural integrity with significant weight savings. The kit includes two clevis adapters and two pins, utilizing a 3/8-inch sizing specification to match specific Accu-Force equipment requirements. These bolt-on brackets are designed for a 5/8-inch pin interface as specified by the manufacturer's bracket configuration, ensuring a precise fit that eliminates slop and mechanical play. The aluminum construction resists corrosion and wear, maintaining tight tolerances even after repeated use in demanding shop environments.

This Clevis Kit 3/8in w/Pin (2 Clevis Adapt/2 Pins) is an essential upgrade or replacement for technicians and operators utilizing the Accu-Force Spring Smasher for tactical or performance vehicle maintenance. Its bolt-on design allows for straightforward installation without the need for specialized welding or permanent modifications to the primary equipment. By utilizing these specialized adapters, users can maintain the safety and efficiency of their spring testing operations while ensuring full compatibility with Accu-Force hardware. Investing in genuine Accu-Force components guarantees that your maintenance tools perform to their original factory specifications under heavy pressure.