Dewalt Accessories DWA5028 Drill Bit 7/16 in 3-pack

Product Description

The DEWALT ACCESSORIES DWA5028 is a 7/16-inch black and gold drill bit sold in a 3-pack. The black and gold finish serves a functional purpose: the surface coating increases wear resistance and extends service life compared to uncoated bits. This bit is built for drilling clean, accurate holes in a range of common materials encountered on the job site. It suits licensed tradespeople and experienced DIYers who need a reliable, consistent performer for everyday drilling tasks. Each pack includes 3 bits, reducing downtime when a bit wears out mid-job.

The DWA5028 is suited for general drilling applications across residential and light commercial work. The 7/16-inch diameter makes it practical for a range of tasks including anchor holes, conduit knockouts, and fastener clearance bores in wood, composite materials, and similar substrates. The 3-pack format is well matched to crews or installers who cycle through bits regularly and need spares on hand without placing a separate order.

Key Features

• Black and gold coating increases wear resistance and extends bit life
• 7/16-inch diameter suits a wide range of anchor, fastener, and clearance drilling applications
• 3-pack quantity reduces job-site downtime when bits wear
• Manufactured by DEWALT ACCESSORIES for consistent dimensional accuracy

Compatibility

Designed as a general-purpose replacement or stock-up drill bit compatible with standard 3/8-inch and 1/2-inch chuck drills and drill drivers commonly used in trade applications.

Installation Notes

Drill bits of this type are installed by electricians, plumbers, HVAC technicians, and general tradespeople using standard corded or cordless drills. Ensure the chuck is fully tightened before operation and confirm the bit is securely seated to prevent slippage. Wear appropriate eye protection when drilling, and verify material composition before selecting feed rate and speed. Discard any bit that shows visible cracks, excessive wear, or wobble during operation.