Socket YATO YT-1312 — 3/4" drive, Metric socket, 55 mm length, Ø 37 mm

YATO YT-1312 is a metric socket with a 3/4" drive designed for heavy-duty fastening tasks. With a length of 55 mm and an outer diameter of 37 mm, this socket fits standard metric fasteners and is compatible with 3/4" drive ratchets, torque wrenches and impact tools. The design focuses on delivering the higher torque and durability required for automotive repair, industrial maintenance and mechanical assembly applications.

Advantages

The socket combines robust construction with precise internal geometry to ensure secure engagement with bolt heads and nuts, reducing rounding and slippage. Its 3/4" drive interface provides increased torque transfer compared with smaller drives, making it suitable for demanding fastening tasks. The moderate length balances access to recessed fasteners with resistance to bending under load.

Suitable for

• Automotive wheel and suspension work requiring high torque
• Industrial machinery maintenance and assembly
• Mechanical workshops handling large metric fasteners
• Use with 3/4" drive torque wrenches and impact tools

Key specifications

• Drive size: 3/4"
• Measurement system: Metric
• Overall length: 55 mm
• Outer diameter: 37 mm
• Intended use: Heavy-duty fastening of metric bolts and nuts

How to use

Select the socket that matches the metric fastener size, attach it securely to a compatible 3/4" drive tool such as a ratchet, torque wrench or impact gun, and place it squarely over the fastener head. Apply torque gradually and keep the tool aligned with the fastener axis to avoid side loading. When using a torque wrench, set the required torque value and verify tightness according to manufacturer or service specifications.

Usage recommendations

For prolonged service life, use with appropriate lubricants or anti-seize products on threads where specified, avoid excessive impact on sockets not rated for impact use, and inspect the socket regularly for signs of wear or deformation. Store in a dry toolbox to prevent corrosion and ensure consistent performance when working with high-torque applications.