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Precision Forging: Applying Blade Skills to Toolmaking

Even when forging something far from the anvil, the principles of heat, geometry, and fit remain the same.

Glen GS TongsRogue BladesAug 15, 20264 min read0 views

A lot of people assume that the specialized skills learned at the forge—the rhythm of the hammer, the feel of the billet steel, the perfect temper—are only for making the edge. They forget that the forge is a master classroom for all forms of metal work.

In the Rogue Blades community, we spend most of our time discussing edge geometry, damascus patterns, and the nuances of the hamon. But today, we're looking at something different: a rivet header. And while this piece isn't destined for a pocket knife or a sword, the techniques displayed here are pure lessons in controlled force, fit, and the art of the unexpected journey.

The Necessity of the Forge, No Matter the Subject

The smith in this video isn't crafting a deadly EDC knife or a decorative piece for the mantel. He's building a travel-sized rivet header. At first glance, it seems like a departure from the traditional bladesmithing path. But pay attention to the process. The principles of accuracy, controlled expansion, and structural integrity are universal.

When a smith starts with pre-machined parts—like the pieces milled at 'The Machinist'—he’s faced with a choice: use the machine's precision or adapt it using fire and force. The ability to take a geometrically precise, machine-cut piece and then adapt it, slightly distorting the holes through forging, is a mastery of metal that transcends the simple act of making a blade. It's about understanding how the material behaves under stress.

This is where the learning happens. We learn to anticipate. When the smith notes that hitting the hot metal directly allows for better force application, that's not just a tip for rivets—it's gold for anyone tackling a challenging bolster or trying to finish a complex hidden tang. The physics of the blow, the angle of impact, and the geometry of the work piece all matter.

Embracing the Unexpected Journey

Perhaps the most compelling moment is when the smith refers to the loop end, calling it 'The Twist an Unexpected Journey.' This speaks to the inherent nature of the craft. No project, whether it’s a full-tang survival knife or a simple kitchen tool, ever goes perfectly according to plan. The smith must be ready to square away the piece with nothing more than a few taps and keen observation.

This kind of improvisation—the ability to read the metal and adjust the plan mid-forge—is the hallmark of a true smith. It’s the difference between following a blueprint and truly understanding the material itself.

The focus here isn't on the finished tool, but on the method. The smith demonstrates how to maintain extreme accuracy (using 8mm rivets and an 8.1mm hole) while applying the brute force of forging. It’s a perfect lesson in controlled power.

Take the Lessons to Your Own Work

Whether you are debating the merits of a scandi grind versus a flat grind, or you are perfecting the curve of a chef knife, remember the lessons of this rivet header. The fundamentals—heat management, achieving perfect fit, and adapting to the material's resistance—are the same whether you’re working with billet damascus or a simple iron rod.

If you're looking to deepen your skills, whether that means tackling a custom Damascus billet or learning the basics of forging tools, there's a path for you. We encourage you to find a local bladesmithing shop for a field trip, or sign up for a live workshop at HolyPlaces. The forge is always open to those willing to learn.

Are you a seasoned knife collector, or are you just starting to understand the beauty of a well-made blade? Don't just watch the process—get into it. Find a certified Blade Angel near you, list a custom commission, or take a forge class. The Rogue Blades ecosystem is built for makers, learners, and lovers of the blade.

Frequently Asked Questions

The smith mentions that having the holes machined was easier than forging them, but he adapted the process by slightly expanding the hole on the top side to aid in expelling the rivets.

The smith advises intentionally pushing forward a little bit when starting a rivet, as this allows subsequent blows to hopefully straighten everything out again, making it easier to apply more force.

For the rivets, the smith used 8 mm, and the corresponding hole size was 8.1 mm.

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