Socket bit 1/4" 8 mm (12-point) – Rockforce RF-5295008

Rockforce RF-5295008 is a 1/4" drive 8 mm socket bit with a 12-point profile designed for use with 1/4" drive ratchets and bit holders. It offers secure engagement with hex and 12-point fasteners in compact spaces, reducing the risk of rounding on tight fittings while fitting standard 1/4" tool systems. The bit is intended for tasks that require precise torque transfer and convenient access where larger sockets cannot reach.

Advantages

The 12-point geometry allows multiple contact positions on fasteners, helping to ease alignment in restricted areas. Its 1/4" drive compatibility ensures quick attachment to common ratchets, torque adapters, and bit holders. The 8 mm size covers a common metric fastener range used in automotive and machinery maintenance, enabling reliable torque application and repeatable fitment.

Suitable for

• Automotive light repair and trim fasteners
• Machinery maintenance in confined spaces
• General household and workshop repair tasks

Key specifications

• Drive size: 1/4" (6.35 mm)
• Working profile: 12-point
• Bit nominal size: 8 mm
• Material: hardened steel (tool-grade)
• Intended connection: compatible with 1/4" ratchets and bit holders

How to use

Select the 8 mm 12-point socket bit and insert it into a compatible 1/4" drive ratchet or bit holder until it seats securely. Position the bit onto the fastener squarely to ensure full contact across the 12-point profile, then apply torque gradually. For tight or corroded fasteners, apply steady pressure and avoid sudden impacts that could damage the fastener head or the bit. After use, wipe the bit clean and store it in a protective bit holder or toolbox to maintain condition.

Usage recommendations

Use the socket bit with appropriate torque settings for the fastener size and application. Avoid using excessive leverage on the 1/4" drive to prevent driveline or bit damage; for very high torque requirements, switch to larger drive sizes. Inspect the bit regularly for wear or rounding and replace if contact surfaces become deformed.