Socket set STANLEY STMT86108-0 — 1/4" drive, metric sockets, length 81 mm, width 45 mm

STANLEY STMT86108-0 is a compact metric socket set with a 1/4" drive designed for general fastening and maintenance tasks. The set is lightweight (28 g) and has compact physical dimensions of approximately 81 mm length and 45 mm width, enabling easy handling and storage. Intended for use where metric socket sizes and a small drive are required, the set is suitable for automotive, household and light workshop work requiring accessibility in tighter spaces.

Advantages

The socket set offers a small 1/4" drive that supports precise work on smaller fasteners and a compact form factor that improves maneuverability in confined areas. Its lightweight construction reduces hand fatigue during repetitive tasks. The design emphasizes accessibility and straightforward identification of metric sizes, making it practical for routine maintenance and light repair jobs.

Suitable for

• Automotive minor repairs and maintenance where metric sockets are required
• Household assembly and repair tasks with small fasteners
• Light workshop and hobby work with limited access to fasteners

Key specifications

• Drive size: 1/4"
• Socket system: metric
• Overall length: 81 mm (approx.)
• Overall width: 45 mm (approx.)
• Weight: 28 g (approx.)
• Profile type: 6-point (6 Pt.) compatible with standard hex fasteners

How to use

Select the appropriate metric socket for the fastener and attach it securely to a compatible 1/4" drive ratchet, screwdriver handle or extension. Place the socket fully onto the nut or bolt head to ensure proper engagement, then turn the drive tool in the required direction to tighten or loosen the fastener. Use controlled force suitable for the fastener size and application to avoid rounding or damage.

Usage recommendations

Use the socket set primarily for light-duty work and where small drive size is appropriate. Inspect sockets before use for wear or damage and store them in a dry place. For higher-torque applications, consider using a larger drive size to reduce the risk of fastener or tool damage.