Cardan Universal Joint 1/4" 35 mm, NEO tools 08-255

The Cardan Universal Joint 1/4" 35 mm from NEO tools is a compact mechanical coupling designed to transmit torque between a 1/4" square drive and a socket at variable angles. At 35 mm length, it provides a short but flexible connection that helps reach fasteners located behind obstructions or at tight angles. The tool is compatible with hand ratchets and power drivers that accept a 1/4" drive and is suitable for automotive, mechanical and general maintenance work.

Advantages

The universal joint enables angular access without requiring extension bars or special angled sockets, reducing the need to reposition the tool when working in confined spaces. Its compact 35 mm profile keeps leverage losses low while maintaining sufficient articulation for most common angled fastening tasks. Constructed for repeated connection and torque transmission, it integrates with standard 1/4" socket sets and drivers for convenient interchangeability.

Suitable for

• Accessing fasteners in tight engine bays and behind brackets
• Mechanical repairs where direct line access is obstructed
• Assembly and maintenance tasks in workshops and production lines
• General-purpose fastening with 1/4" drive socket sets

Key specifications

• Drive size: 1/4" square drive compatible
• Overall length: 35 mm
• Function: universal joint (cardan) for angular torque transmission
• Intended use: hand ratchets and power drivers with 1/4" drive

How to use

Attach the universal joint to the 1/4" square drive of the ratchet or driver, then connect the appropriate socket to the joint's free end. Position the joint so the articulation aligns with the angle to the fastener; apply steady torque while maintaining tool alignment to avoid side-loading. For power drivers, use controlled speed and torque settings to prevent overloading the joint. After use, wipe the joint clean and store with the rest of the socket set.

Usage recommendations

Use with sockets and drivers rated for similar torque ranges to prevent excessive stress. Avoid applying pry or hammer forces through the joint and inspect regularly for wear or loosened connections when used frequently in professional environments.