Freud DT2535P1 T25 Torx Drive Bit 3.5 Inches 5 Pack

Product Description

The FREUD DT2535P1 is a 3.5-inch T25 Torx drive bit engineered for high-demand fastening applications in both cordless and corded impact drivers and drill drivers. The optimized tip geometry delivers a tight, precise fit in T25 Torx fastener heads, reducing wear, stripping, and slippage during installation and removal. A torque-resistant shank design absorbs rotational stress to protect the tip and the fastener head under load. Each pack contains 5 bits, and the construction is rated for impact-class tools where standard bits fail prematurely.

These bits are suited for trade and production work wherever T25 Torx fasteners are common — decking, framing hardware, electrical panel work, HVAC equipment assembly, and general mechanical installation. The 3.5-inch length provides clearance in recessed or hard-to-reach fastener locations. Compatible with standard hex-shank impact drivers and drill drivers, these bits are appropriate for both residential and light commercial jobsite use by electricians, HVAC technicians, plumbers, and general contractors.

Key Features

• T25 Torx tip profile for precise engagement with T25 fastener heads
• 3.5-inch length provides reach in recessed fastener locations
• Torque-resistant shank design absorbs stress to reduce tip wear and fastener stripping
• Impact-rated construction compatible with cordless and corded impact drivers
• 5 bits per pack for extended jobsite availability

Compatibility

Designed for use with standard 0.25-inch hex-shank cordless and corded impact drivers and drill drivers that accept T25 Torx drive bits.

Installation Notes

Install and remove using a 0.25-inch hex-shank impact driver or drill driver. Confirm the bit is fully seated in the tool chuck and the fastener head before applying torque to avoid tip or fastener damage. Do not use impact-rated bits in applications requiring calibrated torque without a torque-limiting attachment. Inspect bit tips regularly and replace when visible wear or rounding is observed.