Hand Forged Swords: How a Sword Is Forged, Step by Step

A forged sword is shaped from hot steel with a hammer or press rather than ground from a flat bar or cast in a mould. The process runs from choosing the steel, through forge welding a Damascus billet if one is used, drawing out the blade and tang, normalizing, grinding, hardening, tempering and finishing, to fitting the hilt. Forging allows a smith to shape tapers, a tang and pattern-welded steel in ways other methods cannot. Heat treatment, not the forging alone, decides how well the finished sword performs.

"Forged" might be the most overused word on sword listings. It appears on handmade Damascus blades and on stainless wall hangers alike, and it rarely comes with any explanation. What does forging a sword actually involve, and why does it matter?

Below we walk through every stage a forged sword goes through, from a stack of raw steel to a finished blade in its hilt. Along the way we explain what each step contributes, how forging compares with other methods, and how to recognize a genuinely forged sword.

What Does "Forged" Mean for a Sword?

Swords are made in three basic ways.

• Forging: steel is heated until it glows and shaped with a hammer, power hammer or hydraulic press. The smith moves metal rather than removing it.
• Stock removal: the blade is cut from a flat bar or sheet and ground to shape. No hot shaping takes place.
• Casting: molten metal, usually zinc alloy or aluminum, is poured into a mould. Cast blades are decorative and cannot be hardened into working steel.

Only forging allows a smith to build pattern-welded Damascus, shape a tang directly from the blade, and form tapers in both width and thickness as the steel moves under the hammer.

The Sword Forging Process, Step by Step

1. Choosing the Steel

Everything starts with the steel. A sword needs a hardenable carbon or spring steel with enough toughness to flex and return under impact, which rules out most stainless grades and many knife steels. Smiths choose between simple carbon steels, spring steels and pattern-welded combinations based on how the sword will be used. Our guide to choosing a sword steel compares the options in detail.

2. Building a Damascus Billet

For a pattern-welded sword, the smith stacks alternating layers of two steels, commonly 1095 and 15N20, cleaned of all scale and grease. The stack is heated to welding temperature, around 1,200 to 1,260°C (2,200 to 2,300°F), often with flux to keep oxygen out of the seams, and struck or pressed so the layers fuse into a single solid bar.

The billet is then drawn out, cut, restacked and welded again. Each cycle multiplies the layer count. Manipulating the billet through twisting, grinding into it or folding creates the final pattern. A flawed weld leaves a hidden gap that can split later, so forge welding is where skill shows most. Our hand-forged Viking sword shows how a layered pattern flows along the full length of a finished blade.

3. Drawing Out the Blade

With the billet or bar ready, the smith draws it out to sword length. Hammer blows lengthen and thin the steel, forming the profile, the point and the distal taper, the gradual thinning from guard to tip that makes a long blade feel light and responsive. Many smiths also forge in the bevels, roughly shaping the edge geometry while the steel is hot, which reduces grinding later.

4. Forging the Tang

The tang is drawn from the same bar as the blade, tapering toward the end. The shoulders, where blade meets tang, are shaped with a smooth radius, since sharp inside corners concentrate stress and invite cracks. Forging the tang as one piece with the blade is the single biggest structural difference between a real sword and a cheap one with a welded rod. Our article on how the tang is shaped explains why it matters.

5. Normalizing

Hammering leaves internal stress and uneven grain in the steel. Normalizing heats the blade above its critical temperature and lets it cool in still air, usually several times at decreasing temperatures. The cycles refine the grain and relieve stress, reducing the risk of warping or cracking during the quench.

6. Grinding and Fullers

The forged blade is ground to refine its profile, bevels and surfaces. Fullers, the long grooves that lighten and stiffen a blade, are either forged in with shaped tools or ground afterwards. At this stage the edge is left slightly thick, because a thin edge can crack or warp in the quench.

7. Hardening

The blade is heated evenly to its hardening temperature, roughly 800 to 830°C (1,475 to 1,525°F) for common carbon steels, then quenched in oil. The rapid cooling locks carbon into martensite, a very hard structure. Long blades are difficult to quench evenly, and warping is common, so smiths often straighten the blade while it is still warm. Some traditions coat the spine in clay first, so only the edge hardens fully, producing the hamon line seen on Japanese swords.

8. Tempering

Straight from the quench, the blade is too brittle to use. Tempering reheats it to a much lower temperature, usually in two or more cycles, trading some hardness for toughness. Swords are typically tempered to a tougher, springier state than knives, because a long blade must flex without breaking. How carbon content shapes this balance is covered in our guide to carbon steel behaviour.

9. Finishing and Etching

Final grinding and polishing bring the blade to shape and surface finish. A Damascus blade is then etched in acid, commonly ferric chloride, which darkens one steel more than the other and reveals the pattern. The edge is set last, sharpened or left blunt depending on the sword's purpose.

10. Fitting the Hilt and Sheath

The guard, grip and pommel are shaped and fitted over the tang. The guard must seat tightly against the shoulders, the grip is shaped from wood, horn or leather-wrapped core, and the pommel is secured either by peening the tang end or with a threaded fitting. A fitted scabbard or sheath completes the sword. Our hand-forged Templar knight sword and Crusades sword show the finished result: a one-handed knightly hilt over a layered Damascus blade, paired with a leather sheath.

Forged vs Stock Removal Swords

Stock removal is not a lesser method in itself. Many excellent swords are ground from quality steel and carefully heat treated. Where forging stands apart is control: the smith shapes tapers, tang and pattern directly, rather than being limited to the dimensions of a flat bar. Performance in both cases comes down to steel selection and heat treatment.

Hand Forged vs Machine Forged

"Hand forged" does not mean every blow is struck with a hand hammer. Most working smiths use power hammers and hydraulic presses to move large amounts of steel, especially when welding Damascus billets, and switch to hand hammers for shaping and refinement. What makes a sword hand forged is that a smith controls every heat and every stage.

Industrial drop forging, where dies stamp out identical blade blanks in a single strike, is a different process. It produces consistent parts at volume but none of the individual shaping of a hand-forged blade.

How Long Does It Take to Forge a Sword?

A simple mono-steel sword can be forged in a day or two, but the full process, including normalizing, grinding, heat treatment, finishing and hilt work, typically takes much longer. A pattern-welded Damascus sword adds billet making and pattern work on top, and elaborate hilts add more again. Most hand-forged swords represent days to weeks of work, which is reflected in their price.

Myths About Forged Swords

"More layers means a better sword." Layer count affects the look of the pattern, not the cutting performance. Carbon moves between layers at welding heat and evens out, so a 100-layer blade does not outperform a 300-layer one.

"Katanas were folded thousands of times." Japanese smiths folded their steel roughly ten to fifteen times. Because each fold doubles the layers, that produces thousands of layers, but the folds themselves were few. Folding served to expel slag and even out carbon in tamahagane, a steel made in traditional furnaces that was far less uniform than modern steel.

"Forging automatically makes a stronger sword." Forging gives a smith control over shape and construction. Strength comes from correct heat treatment. A forged sword with a poor quench and temper will fail just as surely as any other.

Signs of a Genuinely Forged Sword

1. The maker describes the process. Steel, forging method and heat treatment are stated, not implied.
2. The tang is part of the blade. No weld line at the shoulder, and the tang runs the full length of the grip.
3. The pattern runs through the steel. On Damascus, layers continue over the spine, edge and tip.
4. Tapers are present. The blade thins from guard to tip rather than staying one thickness throughout.
5. Each piece is slightly unique. Hand-forged swords vary subtly from one to the next in pattern and proportion.
6. The price reflects the work. Days of skilled labour cannot be sold at mass-produced prices.

Our Swords

Every blade in our range is hand-forged in layered Damascus steel, then fitted with a hilt and a hand-stitched leather sheath. Viking, medieval knightly and Roman-inspired patterns each show a pattern unique to that individual blade. Browse our swords forged by hand to compare them.

Frequently Asked Questions

What is a forged sword?

A forged sword is shaped from hot steel with a hammer, power hammer or press, rather than ground from a flat bar or cast in a mould. Forging lets the smith shape the tapers, tang and any pattern-welded steel directly.

How is a sword forged?

The smith selects the steel, forge welds a billet if making Damascus, draws out the blade and tang, normalizes the steel, grinds it to shape, hardens it in a quench, tempers it for toughness, finishes and etches the blade, and fits the hilt.

Are forged swords better than stock removal swords?

Not automatically. Forging gives more control over tapers, tang and pattern-welded steel, but both methods depend on good steel and correct heat treatment for performance.

How long does it take to forge a sword?

The forging itself may take a day or two, but the full process with heat treatment, grinding, finishing and hilt work typically takes days to weeks, and longer for pattern-welded Damascus.

Does "hand forged" mean no machines are used?

No. Most smiths use power hammers and presses for heavy work, especially billet welding, and hand hammers for shaping. Hand forged means a smith controls each heat and stage individually.

How many times were katanas folded?

Typically ten to fifteen times. Each fold doubles the layer count, producing thousands of layers, and the purpose was to remove slag and even out carbon in traditionally smelted steel.