Socket adapter/extension YATO YT-1252, 1/2" drive, 69 mm length, 1 pc

The YATO Socket Cardan Joint 1/2" 69 mm YT-1252 is a universal joint designed to connect a 1/2" drive ratchet or handle to a socket while allowing angular movement. With a 69 mm overall length, this cardan joint transfers torque through an articulated coupling so you can reach fasteners that are offset, recessed, or otherwise difficult to access with a straight extension. It is intended for workshop and field use in automotive repair, machinery maintenance, and general mechanical applications where flexible socket positioning is required.

Advantages

The YT-1252 cardan joint provides smooth torque transmission with minimal play thanks to its precision joint articulation. Its compact 69 mm length balances reach and control, permitting access into confined spaces without excessive extension. Constructed to withstand workshop loads, the joint offers reliable connection between ratchet and socket and reduces the need to reposition the tool or workpiece when tackling angled fasteners.

Suitable for

• Automotive repairs: tightening and loosening bolts in engine bays and suspension assemblies
• General mechanical maintenance in workshops and production lines
• Accessing fasteners in confined or offset spaces where straight extensions cannot reach

Key specifications

• Drive size: 1/2"
• Overall length: 69 mm
• Type: universal (cardan) joint
• Function: transmits torque at an angle between drive and socket

How to use

Attach the 1/2" end of a socket to the square drive of the cardan joint, then connect the opposite square to a compatible ratchet or breaker bar. Position the joint so the articulated section aligns with the direction of the fastener; apply steady torque through the ratchet while keeping the joint articulation within its operating angle. Avoid using abrupt impacts or excessive force beyond the recommended capacity of the drive tool to prevent premature wear.

Usage recommendations

Use with correctly sized 1/2" sockets and tools. Inspect the joint for signs of wear or excess play before use. For high-torque applications, consider using a breaker bar and ensure the joint articulation is not fully extended under load to preserve service life.