There's a familiar pattern in woodworking shops everywhere: a craftsman will spend hours choosing the right species of wood, mill it flat, cut precise joinery — then reach blindly into a drawer for whatever drill bit happens to be on top. The result is a wandering entry point, a ragged exit hole, or a dowel joint that's just slightly off-center. The drill bit is treated as an afterthought.

Norseman's woodworking line exists to fix that thinking. Built on the same manufacturing platform as their professional metalworking bits, the Burrout™ Super Premium Brad Point series brings an engineer's rigor to what is, for many woodworkers, the most overlooked tool in the shop.

Why Wood Demands a Different Geometry

Before examining what Norseman does, it helps to understand why a twist drill designed for steel is a poor choice in wood. Metal-cutting bits use a conventional point geometry optimized for hard, homogeneous substrates. Wood is neither. It's a fibrous, anisotropic material with variable grain direction, density gradients between earlywood and latewood, and a strong tendency to tear rather than shear at the cut boundary.

When you press a standard twist drill against a wood surface, three problems emerge immediately. First, the round point wanders across the grain before it bites in, making accurate hole placement nearly impossible without a center punch or awl. Second, the cutting lips sever fibers unevenly, producing a ragged, fibrous entry ring rather than a clean shoulder. Third, and most visibly, the exit side of the hole experiences catastrophic tearout — the bit blows through the back face before the outer fibers have been scored, leaving a splintered crater instead of a crisp edge.

The brad point geometry was developed to solve all three problems simultaneously, and Norseman's implementation of it — the Burrout™ point — refines the concept further.

The Burrout™ Point: How It Actually Works

A standard brad point has three elements: a center spur, two outer scoring spurs, and two bevel cutting lips between them. The Norseman Burrout™ point refines the geometry of all three, and the name itself describes the key innovation: the outer spurs are specifically shaped to cut at the full circumference of the hole, severing the wood fibers at the perimeter before the interior waste is lifted out by the bevel lips.

The Center Spur: Precision Registration

The raised center spur is the first contact point. It seats itself in the wood surface before any lateral cutting begins, providing a fixed pivot for the rest of the bit. This eliminates the wandering that plagues conventional twist bits on wood grain — particularly on angled or figured surfaces where the bit naturally wants to skate toward the path of least resistance. With the center spur planted, hole placement is governed by layout, not by luck.

The Outer Scoring Spurs: The Heart of the Burrout™

This is where Norseman's geometry diverges most meaningfully from commodity brad points. The outer spurs describe the full diameter of the hole and sever the wood fibers at the perimeter in a clean, continuous circle before the bevel lips reach them. Because the fibers are already cut at the hole boundary, the lifting action of the bevel lips never tears wood beyond that line. The result is a crisp, shoulder-sharp entry ring — and, critically, a burr-free exit when the bit breaks through the far face.

The Burrout™ point cuts at the circumference of the hole to avoid the breakthrough burr problems common with standard point drills.

The Bevel Cutting Lips: Efficient Waste Removal

With the perimeter already scored, the bevel lips operate on pre-defined material. They lift the waste cone cleanly without needing to apply lateral force against intact fibers — which is the mechanism behind tearout in lesser bits. The geometry also generates a shallower chip compared to a conventional twist drill, reducing the tendency for chips to pack and bind in the flutes during deep-hole boring.

Material: Hi-Molybdenum HSS in a Woodworking Context

The obvious question: why use high-speed steel in woodworking bits, when wood is far softer than metal? The answer has less to do with hardness and more to do with edge retention and precision manufacturability.

Cheaper brad point bits are often made from lower-grade steels or chrome-vanadium alloys that grind easily but dull quickly, particularly in hardwood species like hard maple, white oak, and hickory. The abrasive silica content of many hardwoods is higher than most woodworkers realize, and a bit that begins to lose its edge geometry — even slightly — starts producing rough entry shoulders and fibrous exit holes.

Norseman's Hi-Molybdenum HSS substrate, the same foundational material used in their metalworking Magnum line, maintains its ground geometry far longer through hardwood. The higher hardness and better wear resistance means the outer spurs and center point remain sharp across many more holes before resharpening is needed. For a woodworker who bores dozens of dowel holes in a single session, this matters.

Where Norseman Brad Points Excel in the Shop

Made in the USA — and Why That Matters Here

Norseman is one of the few U.S. companies still manufacturing brad point drill bits for woodworkers. The overwhelming majority of brad point bits on the retail market are imported from Europe or Asia. While top-tier European manufacturers like Fisch and Famag produce excellent bits, they typically offer only metric sizing — a meaningful inconvenience for American woodworkers working from plans in fractional inches.

Norseman's 14-piece imperial set covers the most commonly used fractional sizes from 5/64" through 1/2", all produced to the same NAS-referenced manufacturing standards as their metalworking line. Shank flats are machined onto the bits to prevent rotational slippage in the chuck — a detail often omitted on cheaper imports — and each bit is precision-ground for concentricity, meaning it tracks true without the runout that causes oval holes and accelerated wear.

How Norseman Compares to the Alternatives

A Note on Sharpening

One underrated advantage of Norseman's higher-grade HSS substrate is resharpening behavior. Brad points are harder to sharpen than standard twist drills — the outer spurs require a small needle file or specialized jig to restore — but the geometry can absolutely be renewed. With a cheap bit ground from softer steel, the heat of the grinding process itself can destroy the temper in the thin spur walls, rendering the bit unrecoverable. Norseman's Hi-Moly HSS has a significantly higher heat tolerance, meaning the spurs can be carefully touched up without losing their hardness — extending the useful life well beyond that of disposable economy bits.

For woodworkers who tend to drill the same fractional sizes repeatedly — 3/8" for dowel work, 35mm for concealed hinges — owning a Norseman bit in that size and maintaining it properly is a more economical long-term strategy than cycling through budget sets.

The Bottom Line for Woodworkers

The woodshop is full of high-precision, carefully maintained tools: hand planes tuned to a thou, router bits with micrograin carbide edges, chisels sharpened on waterstones. The drill bit drawer deserves the same consideration. A ragged exit hole on a cabinet door face isn't a minor imperfection — it's the last thing the customer sees when they open it.

Norseman's Burrout™ brad points bring industrial-grade material science and genuine engineering intent to what is fundamentally a woodworking precision problem. The center spur that eliminates walking. The circumference-scoring outer spurs that prevent tearout. The Hi-Moly substrate that holds its geometry through hardwood. The NAS-referenced manufacturing that keeps the bit tracking true. None of these is magic — but together, they make drilling in wood feel like what it should be: a controlled, repeatable, clean operation rather than a gamble at the end of a careful build.