Gearwrench 80100 1/4 Inch Drive Universal Joint

Product Description

The GEARWRENCH 80100 is a 1/4 inch drive universal joint designed to extend the reach and angle capability of standard ratchet and drive tool setups. Built from steel with a chrome-plated finish, it accepts a 1/4 inch male drive input and delivers a 1/4 inch female drive output. At 1.24 inches overall length, it is a compact swivel that allows drive tools to access fasteners in tight, obstructed, or off-angle locations. Technicians in HVAC, plumbing, electrical, and general mechanical service rely on universal joints like this to complete jobs where a straight drive line is not possible.

This universal joint is suited for use with 1/4 inch drive ratchets, extensions, and bit drivers in both residential and light commercial service environments. It is a practical addition to any tool kit where working around obstacles, inside panels, or behind components requires flexible drive access. The chrome finish provides corrosion resistance for shop and field use alike.

Key Features

• 1/4 inch male drive input and 1/4 inch female drive output for standard compatibility
• 1.24 inch overall length keeps the assembly compact in tight spaces
• Chrome-plated steel construction for durability and corrosion resistance
• Swivel design allows off-angle drive access to obstructed fasteners
• Meets ANSI and ASME standards
• Lifetime warranty from GEARWRENCH

Compatibility

Designed as a standard 1/4 inch drive universal joint compatible with 1/4 inch drive ratchets, extensions, sockets, and bit drivers conforming to ANSI and ASME drive tool standards.

Installation Notes

Installation requires no special tools beyond the drive tools already in use. Ensure the universal joint is fully seated in both the drive ratchet or extension and the socket or bit holder before applying torque. Avoid using universal joints for high-impact applications unless the tool is rated for that use. Periodic cleaning and light lubrication of the swivel joint will maintain smooth articulation over time.