Description

The DEWALT ACCESSORIES DD5113 is a 13/64-inch titanium-coated impact drill bit engineered for use with 1/4-inch hex shank impact drivers. The Titanium Nitride coating extends bit life and maintains cutting performance across repeated use. A patented web taper adds rigidity to the bit body, reducing the risk of breakage under the high-torque conditions common to impact driving. The patented Pilot Point tip eliminates bit walking at startup, producing clean, burr-free holes without the need for a center punch. This bit is designed for tradespeople and technicians who drill frequently into metal, wood, and plastic in the field or on the bench.

This 5-piece pack of DD5113 bits is suited to HVAC technicians, electricians, plumbers, and other trade professionals who need reliable, repeatable hole quality in sheet metal, dimensional lumber, and plastic enclosures. The 1/4-inch hex shank is compatible with standard quick-change impact driver chucks, making bit swaps fast on the job. Each bit in the pack is sold as an individual unit of measure, providing backups for high-volume drilling tasks or multi-technician crews.

Key Features

Titanium Nitride coating for extended bit life and reduced heat buildup during drilling
Patented web taper increases bit rigidity and reduces breakage risk under impact torque
Patented Pilot Point tip eliminates bit walking and delivers clean, burr-free holes
1/4-inch hex shank fits standard impact driver quick-change chucks
Drills metal, wood, and plastic without bit changes
Sold as a 5-piece pack for extended field use

Compatibility

Designed for use in 1/4-inch hex shank impact drivers. Suitable for drilling into metal, wood, and plastic materials in residential and light commercial trade applications.

Installation Notes

Insert the 1/4-inch hex shank fully into the impact driver chuck before drilling. Confirm the workpiece is secured before applying drive force. When drilling into metal, use appropriate speed settings to avoid overheating the bit tip. Follow applicable safety practices for rotating tool operation per manufacturer guidelines and job-site requirements.