Screwdriver bits DeWalt FLEXTORQ T10 25 mm, set of 5

Set of five DeWalt FLEXTORQ T10 screwdriver bits, each 25 mm long and engineered for Torx T10 fasteners. Designed for use with standard 1/4" bit holders and driver chucks, these compact bits suit assembly, repair and maintenance work where access is limited. The 25 mm length offers a balance between reach and control, making the set practical for workshop and on-site tasks.

Advantages

The DeWalt FLEXTORQ bits combine a hardened tip profile for precise engagement with Torx fasteners and a flexible torsion zone that reduces breakage and wear during high-torque applications. Their standardized 1/4" shank allows compatibility with most bit holders, magnetic adapters and impact drivers. The compact 25 mm length improves maneuverability in tight spaces while maintaining sufficient tip exposure for reliable fastening.

Suitable for

• Assembly of furniture and fixtures with Torx T10 screws
• Electronics and small appliance repair where compact bits are required
• Maintenance tasks in confined or hard-to-reach areas
• General workshop use with manual or powered drivers

Key specifications

• Bit type: Torx T10
• Length: 25 mm
• Quantity: 5 pieces per set
• Shank size: 1/4" standard hex shank
• Material and treatment: hardened tip with torsion zone (FLEXTORQ design)

How to use

Select the Torx T10 bit from the set and insert the 1/4" shank into a compatible bit holder, magnetic adapter or driver chuck. Apply steady axial pressure and engage the fastener, allowing the FLEXTORQ torsion zone to absorb peak loads. For powered drivers, set the torque appropriately to avoid cam-out or overdriving small fasteners. Remove and replace bits as needed; inspect tips for wear and replace the bit if rounding or damage is observed.

Usage recommendations

Use these 25 mm bits for tasks requiring compact reach and controlled torque. For impact driver use, ensure the bit holder and driver are rated for impact applications. Store the set in a dry place and replace individual bits when tip deformation appears to maintain consistent fastening performance.