Building The Unsettling Territoriality Of The Throat Tongue Slasher 3000
Most people approach this build expecting a simple casting project. It isn't one. The Throat Tongue Slasher 3000 is a stylized medieval dagger concept focused on the gorget and throat profile, and getting it right requires understanding balance, edge geometry, and the materials you're working with. I've made three versions over the past few years. The first one was unusable because I didn't account for the forward bias in the blade's center of mass. The second held up longer but the throat guard separated during a controlled demonstration. The third works well enough that I actually use it for static display and occasional close-contact prop work. Here's what that name actually breaks down into. The throat section refers to the wide guard that sits against the collarbone area when held in a standard grip. The tongue refers to the tang — the metal extension that runs through the handle. A full tang is standard for anything that needs to survive impact. The 3000 is just a model designation someone attached to this pattern. It has no engineering significance. What matters is the actual geometry of the blade, the thickness of the tang, and how you're securing the handle scales. The blade profile is typically a short, wide drop point with a pronounced belly near the tip. This isn't optimized for thrusting. It's optimized for slicing across a shallow arc. If you're planning to use this for any physical activity beyond posing, the edge angle matters a lot more than the overall shape. I grind the primary bevel at about twenty-five degrees per side using a flex shaft with a sanding drum, then take it down to thirty-two degrees near the cutting edge. Anything lower and the edge rolls within minutes. Anything higher and you lose the clean slice quality that makes this pattern distinct.
For the tang, I use six millimeter thick mild steel plate. It's cheaper than 1095 or O1 and it's easier to machine without proper hardening equipment. The tang extends roughly eighty millimeters through the handle. I pin it with two brass pins, one near the bolster and one near the pommel. Epoxy alone is never sufficient for this kind of torque. I used Loctite 648 on the second revision after the first epoxy-only handle sheared off during a stress test. That test involved a single downward impact against a pine board at about shoulder height. The blade didn't fail. The handle did.
Handle Construction And Material Choices
The handle is where most builders cut corners. The Throat Tongue Slasher 3000 needs a grip length of roughly one hundred and ten millimeters to balance properly. Anything shorter and the guard becomes unwieldy. Anything longer and you're carrying unnecessary mass. I use stabilized bog oak for the scales. It's dense, it takes a good polish, and it doesn't split the way regular walnut does under clamping pressure. Delrin is another option if you want something more consistent. Both work. Walnut looks better in photos and fails faster in practice. Clamp the scales with the tang centered, apply epoxy sparingly along the sides rather than flooding the entire interface, and use ca at the junction points only. Too much epoxy creates a weak layer that delaminates over time. I learned that on the third build. The handle looked perfect when I pulled it from the clamps. Six months later the scales shifted about a millimeter under normal handling load. It sounds minor but it ruins the grip consistency and creates a pinch point that catches on clothing.
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Patina And Surface Treatment
The finish on this blade is part of what gives the pattern its visual identity. A dark charcoal patina over a slightly polished cutting edge reads correctly for the design. I use potassium sulfide for the blackening. Mix it at roughly five percent by volume in warm water, apply with a brush, let it sit for three to five minutes, then rinse and dry immediately. Left wet it etches unevenly. The polishing of the edge happens after the patina, not before. You'll remove the dark finish from the bevel anyway, so there's no point in protecting an area you're going to abrading away. For the guard section, I leave the patina untouched. That contrast between the darkened guard and the sharpened cutting edge is what sells the look. Seal the patina with a light coat of Renaissance wax or a dedicated blade sealant. Without it, moisture from handling will spot the surface within a few weeks. I've seen builders skip this step and then claim the material was defective. It wasn't. The patina was just oxidizing from skin contact.
Common Mistakes And Where This Fails
Don't attempt to harden and temper the blade unless you have a tempering oven that holds consistent temperature. Torch hardening produces inconsistent results on this blade profile because the thick guard section heats and cools at a different rate than the thinner edge. You'll get a hard edge that chips and a soft spine that bends. That combination is dangerous. If you're not going to heat treat properly, leave the steel in the annealed state and accept that the edge will need frequent maintenance. It's safer than a partially hardened blade. Another issue is the gap between the guard and the blade bolster. This pattern has a natural crevice where debris accumulates. Cleaning it out requires a small pick and compressed air. I once missed a buildup of sanding residue in that junction and the handle began to rattle after three weeks of use. The fix was disassembly, thorough cleaning of the tang grooves, and reapplication of a thin epoxy bead before reseating the scales. Takes about twenty minutes if you've done it before. About forty-five if you're figuring it out as you go like I was on the second build. If you're looking for a downloadable reference pattern or CAD file for the blade geometry, I don't have one to share. Most of the dimensioning for this pattern exists in forum posts and personal build logs rather than as a single centralized resource. What I can say is that the critical measurements are the tang width at six millimeters, the overall blade length around one hundred and sixty millimeters, and the balance point sitting roughly ten millimeters in front of the guard. Getting those three numbers right makes everything else significantly easier.
This build takes approximately twelve to fourteen hours spread across a few sessions. The first version of mine took three days because I was improvising the handle dimensions as I went. The third version, with a documented plan and pre-cut materials, took about nine hours from start to final wax. If you're evaluating whether this project is worth your time, the honest answer depends on what you're trying to do with it. For display, it's a straightforward weekend project if you already have basic metalworking tools. For actual use, it's adequate for staged demonstration but inadequate for anything approaching real self-defense or heavy outdoor work. No amount of grinding will change that.
