Freud DT251P5 T25 Torx Driver Bit 1 in 5 Pack

Product Description

The FREUD DT251P5 is a T25 Torx driver bit designed for high-volume fastener installation and removal in demanding trade applications. Sold in a 5-pack, each bit measures 1 inch in length and is engineered for use in both cordless and corded impact drivers and drill drivers. The optimized tip geometry delivers a precise, tight fit in T25 Torx fastener heads, reducing wear, stripping, and slippage during high-torque operation. The shank is built to absorb torque stress, protecting the tip and extending service life in repetitive-use scenarios common on job sites.

These bits are suited for electricians, HVAC technicians, plumbers, and general contractors who regularly drive or extract Torx fasteners during equipment installation, panel work, or fixture mounting. The impact-rated construction makes them compatible with high-output impact drivers used in production-pace work. The 1-inch length fits standard quick-change bit holders and is well suited for close-quarter fastening where longer bits create clearance problems.

Key Features

• T25 Torx tip profile with optimized geometry for precise fastener engagement
• Impact-rated shank absorbs torque to reduce tip stress and extend bit life
• Compatible with cordless and corded impact drivers and drill drivers
• Reduces stripping and slippage during high-torque installation and removal
• 5-pack quantity supports job-site availability and reduces downtime
• 1-inch length fits standard quick-change holders for fast bit swaps

Compatibility

Designed for use with standard quick-change 1/4-inch hex chuck impact drivers and drill drivers, cordless or corded, accepting 1-inch Torx driver bits.

Installation Notes

Insert the bit fully into the quick-change chuck before applying torque to prevent cam-out or bit ejection. Inspect the tip for wear before each use, as a worn Torx tip increases the risk of fastener head stripping. Use the appropriate torque setting on your driver for the fastener size and material being driven. Replacement of worn bits before failure reduces fastener damage and rework time.