Socket set STANLEY STMT86107-0 — 1/4" drive, metric sockets, length 82 mm, width 44 mm

STANLEY STMT86107-0 is a compact socket set with a 1/4" drive intended for metric fasteners. The set is designed for precision work on small mechanical, automotive and household tasks that require a 1/4" drive. With overall dimensions of 82 mm length and 44 mm width and a lightweight design of 24 g, this socket set offers a space-saving solution for storage and transport while providing the metric socket sizes needed for light-duty tightening and loosening operations.

Advantages

The STANLEY socket set delivers a compact footprint and low weight for easy handling and portability. It is made for metric fasteners with a 1/4" drive that suits precision applications. The visible size marking helps with quick identification of sockets during work. The design accommodates access in tighter spaces where a small drive and short overall size are beneficial.

Suitable for

• Light automotive maintenance and small repairs on cars and motorcycles
• Precision mechanical work on assemblies with metric fasteners
• Household repairs and DIY tasks requiring a 1/4" drive
• Portable tool kits for field service or mobile technicians

Key specifications

• Drive size: 1/4"
• Measurement system: Metric
• Overall length: 82 mm
• Overall width: 44 mm
• Weight: 24 g

How to use

Select the socket matching the metric fastener, attach it securely to a compatible 1/4" drive ratchet or driver, and position the socket squarely on the nut or bolt head before applying torque. For safe and effective use, turn the ratchet or driver steadily and avoid sudden impacts. After use, clean any debris or grease from the sockets and store them in their case or tool organizer to maintain condition and ensure easy retrieval.

Usage recommendations

Use the set with tools rated for 1/4" drive only and avoid exceeding the recommended torque for small sockets. Keep sockets clean and dry to reduce corrosion risk and inspect for wear before use. For stubborn fasteners, use penetrating lubricant and appropriate technique rather than excessive force.