Freud DT206P1 T20 Torx Drive Bit 6 Inches 5 Pack

Product Description

The FREUD DT206P1 is a 6-inch T20 Torx drive bit engineered for demanding fastening applications in both cordless and corded impact drivers and drill drivers. Sold in a 5-piece pack, this bit features an optimized tip geometry that delivers a strong, precise grip on Torx fasteners, reducing wear, stripping, and slippage during installation and removal. The torque-resistant design absorbs shock at the shank to relieve stress at the tip, extending service life. These bits are part of the Diablo driver bit lineup, which is built for professional tradespeople who drive and remove fasteners at high volume and cycle count.

The DT206P1 is suited for residential and light commercial construction, woodworking, decking, and general trade work where T20 Torx fasteners are standard. The 6-inch length provides reach in tight or recessed fastening locations where shorter bits fall short. Compatible with standard hex-shank impact drivers and drill drivers, these bits handle high-torque output from both corded and cordless tools without premature tip failure.

Key Features

• T20 Torx tip profile with optimized geometry for precise fastener engagement
• 6-inch length provides extended reach in recessed or hard-to-access fastening locations
• Torque-resistant shank design absorbs impact energy to reduce tip stress
• Compatible with cordless and corded impact drivers and drill drivers
• Engineered for reduced wear, stripping, and slippage over extended use
• Sold as a 5-piece pack for job-site availability

Compatibility

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

Installation Notes

Install and removal of Torx fasteners should be performed with the bit fully seated in the fastener recess to prevent cam-out and tip wear. Ensure the tool chuck is fully engaged on the bit shank before operation. Inspect bits regularly for tip deformation, and retire any bit showing visible wear to avoid fastener damage.