FELO Torx screwdriver bit TX30 50 mm FL03630510 for power and hand drivers

FELO Torx screwdriver bit TX30 50 mm is a single Torx TX30 tip designed for use with compatible power drivers and manual bit holders. With a 50 mm overall length, this bit provides extended reach for recessed fasteners and access in confined spaces. The bit is intended for installation and removal of Torx-head screws in automotive applications, electronics assembly and general maintenance where a TX30 profile is required.

Advantages

The steel tip is formed to the precise Torx geometry to reduce cam-out and ensure consistent engagement with TX30 fasteners. Its 50 mm length balances reach and control when used in power drivers or manual drivers. The single-bit format is compact and easy to store in standard bit sets or magnetic holders, and the bit’s shape is compatible with commonly used 1/4" hex bit holders and chucks.

Suitable for

• Automotive repairs and component assembly
• Electronics assembly and maintenance
• Furniture and equipment installation requiring Torx TX30 fasteners
• General workshop and field service tasks

Key specifications

• Tip profile: Torx TX30
• Overall length: 50 mm
• Drive interface: standard 1/4" hex shank for bit holders and chucks
• Material: hardened steel tip suitable for repeated use

How to use

Select a compatible power driver or manual bit holder with a 1/4" hex socket, insert the FELO TX30 50 mm bit securely into the holder, and engage the driver with the fastener. Apply steady axial pressure and controlled torque to avoid stripping the fastener head; when using a power driver, start at low speed to seat the bit, then increase speed as appropriate. Withdraw the bit straight from the fastener to prevent wear on the tip.

Usage recommendations

Use with drivers and torque settings appropriate for the fastener size and material. Inspect the bit tip for wear or damage before use and replace if the Torx profile is rounded. Store in a dry place and keep in a bit organizer or magnetic holder to protect the tip geometry.