Firewood Drill Bit with Threaded Splitting Head and Three Interchangeable Shanks

Regular price: Price: $19.99
Regular price: List Price: $27.00
Sale price: Price: $19.99
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Split Firewood Faster with This Steel Drill Bit

You're swinging an axe for hours and your back starts aching from every single strike. The wood won't split cleanly, and you're wasting energy on logs that refuse to crack open. This drill bit attaches to your power drill and splits logs in seconds, working for walnut, oak, or hickory without the strain.

The pointed head drives into the center of the log when you press down with your drill. The threaded design grabs the wood fibers and pulls them apart as the bit rotates. Three interchangeable shanks fit round, square, and hexagon drill chucks.

The drill head measures 32 by 90 millimeters and cuts through hardwoods. Each shank measures 10 millimeters in diameter and 65 millimeters long with a half inch connection. The black steel construction handles repeated use on dense logs.

The threaded grooves grip wood fibers and prevent slipping during rotation. The steel resists dulling when you work through knotted sections. All three shank types come included so you can switch between different drill models.

THREADED SPLITTING DESIGN: Grooves pull wood fibers apart as the bit rotates, splitting logs without axe swings or manual force.
THREE SHANK OPTIONS: Round, square, and hexagon shanks fit different drill chuck types, working with most standard power drills.
HARDWOOD COMPATIBLE: Works through oak, hickory, and walnut logs, handling dense wood grain without binding or stopping mid split.
STEEL CONSTRUCTION: Resists wear from repeated drilling into hard logs, maintaining the sharp point and thread pattern through extended use.
32 MILLIMETER HEAD: Sized to penetrate log centers quickly, creating initial splits that widen as the threads engage deeper wood layers.
HALF INCH SHANK: Standard drill connection size ensures secure attachment during high torque splitting, preventing loosening under rotational stress.