Freud DT2035P1 T20 Torx Drive Bit 3.5 Inches 5 Pack

Product Description

The FREUD DT2035P1 is a 3.5-inch T20 Torx drive bit engineered for high-demand fastening applications. Sold in a 5-pack, this bit is built for installers and service techs who drive high volumes of Torx fasteners using cordless or corded impact drivers and drill drivers. The optimized tip geometry delivers a tight, precise fit in the fastener recess, reducing wear, stripping, and slippage during both installation and removal. The torque-resistant shank design absorbs rotational stress at the body of the bit rather than at the tip, extending service life and reducing fastener damage under high-torque conditions.

This T20 Torx bit is suited for residential and light commercial trade work where Torx fasteners are standard — including HVAC equipment panels, electrical enclosures, and general mechanical assembly. At 3.5 inches in length, the bit provides added reach in confined or recessed access points. The impact-rated construction handles the output of modern high-torque impact drivers without premature shank failure, making it appropriate for continuous production use on job sites.

Key Features

• T20 Torx tip fits standard T20 fastener drives used across HVAC, electrical, and mechanical applications
• 3.5-inch length provides extended reach into recessed or confined fastener locations
• Optimized tip design reduces slippage, stripping, and fastener wear
• Torque-resistant shank absorbs stress at the body, protecting the tip under high-load conditions
• Impact-rated construction compatible with cordless and corded impact drivers and drill drivers
• 5-pack quantity supports job-site supply without frequent reorder

Compatibility

Designed for use with standard hex-chuck cordless and corded impact drivers and drill drivers that accept T20 Torx drive bits.

Installation Notes

Installation of this bit requires no tools beyond the driver in which it is seated. Ensure the bit is fully seated in the chuck before applying torque to prevent cam-out or ejection during use. When removing fasteners from panels on energized equipment, follow lockout/tagout procedures per applicable electrical safety codes before beginning work. Inspect bits regularly for tip wear and replace when rounding or deformation is visible to avoid fastener damage.