Proline Torx bit socket 1/4" T30 x 37 mm for ratchet and bit holders

The Proline Torx bit socket 1/4" T30 x 37 mm is a single Torx T30 bit designed to work with 1/4" drive ratchets and bit holders. Its 37 mm overall length provides additional reach for recessed fasteners and improved access in compact assemblies. The bit socket is intended for use where Torx T30 fasteners are specified, offering a compact solution for automotive, appliance and general maintenance tasks.

Advantages

This Torx bit socket combines a standard 1/4" drive interface with a precision-formed T30 tip to ensure accurate fit and reduced cam-out. The 37 mm length balances reach and control, making it suitable for confined spaces without sacrificing stability. Compatibility with common 1/4" ratchets and bit holders allows straightforward integration into existing tool sets.

Suitable for

• Automotive interior and trim fasteners using Torx T30
• Household appliance repair and assembly
• Electromechanical and general maintenance tasks
• Work requiring a compact bit socket for moderate recessed access

Key specifications

• Drive size: 1/4" (6.35 mm) compatible with standard 1/4" ratchets and bit holders
• Bit type: Torx T30
• Overall length: 37 mm to reach recessed fasteners
• Form: single bit socket for direct ratchet/holder use

How to use

Select a compatible 1/4" drive ratchet or bit holder and attach the Proline T30 bit socket securely to the drive. Align the Torx tip with the fastener head, apply steady axial pressure and turn the ratchet or holder. For assembly tasks, use controlled torque to avoid damage to fastener heads; for removal, ensure the bit fully seats in the fastener before applying force. Inspect the tip for wear before use and replace if rounded or damaged.

Usage recommendations

Use with tools rated for the expected torque range; avoid high-impact drivers not intended for bit sockets. Keep the bit socket clean and free of debris to maintain fit accuracy. Store in a designated bit rail or holder to prevent loss and to preserve tip geometry.