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How to Forge a Helmet?

How to Forge a Helmet

One of the oldest blacksmithing designs is a helmet. During battles, safety helmets are an essential piece of equipment. As a consequence, although blacksmiths forge blades and other weapons for knights, they often forge protective clothing. Before explaining how to forge a helmet, there are a few things to clarify.

The “outside” and “inside” methods of helmet forging

“Outside” forging

This technique is used to make drawn helmets that are smooth (e.g. sallet/bascinet made of one piece, without any welding). Insert the beakiron with the mandrel into the anvil, then position the billet on the mandrel, hold it in the air, then hammer on the top edge of the mandrel to form the billet into the shape. This process takes a long time and necessitates at least simple forging skills.

“Inside” forging

A wooden stub with a tiny hole and a hammer with a circular pain might be needed for such forging. A strong wood hammer or a metal hammer may be used. The harder stub is, the quicker it is to work with.

Cold and hot forging techniques

The forging technique implies the use of cold or hot billets. Try to tell yourself that it is not impossible and that you can excel.

Hot forging

It’s a way of dealing with a metal that requires heating it first. Metal becomes brittle and malleable as a result of heating. There are several papers about how to control the metal heating mechanism, such as utilizing a thermometer or adjusting the color. When the hot metal turns a yellowish red color, it’s at the right temperature.

Important notice: while not all metals can survive repeated heating, hot welding can be done for mild steel or stainless steel. Heating titanium is pointless because it cools so easily and turns brittle.

Some spring steels that can be hardened can’t be heated multiple times, but forming them should be achieved all at once, without causing the metal to cool, and at the optimum temperature.

Cold forging

Most experts suggest beginning with this tech because it is secure, simple to understand, and needs less equipment. Its key argument is straightforward: the metal is forged without fire, with many slack strikes, gradually forming the ideal shape.

How to forge a helmet: the most straightforward method

The procedures for forging a helmet are straightforward. They are, though, a little technical. Therefore, it’s important to pay attention to the finer points. Here’s a useful yet simple reference to make the method of forging a helmet go more smoothly.

How to forge a helmet: the most straightforward method

Here is what you need to forge a helmet:

  • Chisel;
  • Shallow dish;
  • Jigsaw;
  • Scissors;
  • A few hammers for dishing, planishing and a cross-pen type;
  • Anvil;
  • Drill;
  • Torch;
  • Ball stake;
  • Side cutters;
  • Bolts and nuts;
  • Nails;
  • Pliers;
  • Bench grinder;

Assemble the materials and tools

To begin, keep in mind that the method of forging a helmet differs slightly from other blacksmithing methods. You’ll need accurate calculations on any of the products you’ll be using. This measurement, however, will be affected by the chosen template.

Creating a design for your helmet

Consider the nature of the helmet you’d like to create. You should be conscious that there are various styles of metallic masks available. You may even build your schedule.

For a proper guide, you should draw the template on a sheet of paper. You can avoid complex patterns if you don’t have enough blacksmithing experience. Particular attention should be paid to the positioning of the nasal and eye spaces.

You will draft the calculation from the concept sketch. Make sure each section of the helmet is the right size. You should proceed until you’ve determined the dimensions of each object.

Cutting followed by cleaning

It’s now time to make a separate piece of the helmet. This move is critical to the project’s success. It’s the trickiest aspect of the procedure:

  • For a pencil or other that can create a mark, draw the template onto your steel;
  • Using a jigsaw, begin cutting out the individual components that you have marked out;
  • Make sure the cut is straight and so you may bevel the ends;
  • If there is a sharp component, consider blurring it;
  • Draw a line on the scrap paper for guidance, which will act as a template for the rest of the process;

Bear in mind that everyone’s head is distinctive in size and form. Now you should apply the template to the head and trim away any excess material. You can trim it so that there is enough room for the helmet lining. If you’re only making a helmet for looks, a margin between 1.5 to 2.3 inches across the head diameter would suffice. If you’re making a war helmet, the margin should be no less than 4 inches across. For the fight, you’ll need a thicker lining, as well as room for the helmet to crash.

Important notice: You’ll still have time to remove redundant pieces if you quit the margin. The pattern is often influenced by height, body shape, and head carriage (walk by inclining the head forward or keep your head up). The halves of both the helmets should be forged in an inverted way, rather than fairly.

Building the frame

This step is critical because your helmet’s skeletal construction would be built around this frame:

  • Determine how all of the required components should be organized;
  • Send the sections that require to be curled curves. Make sure you’re using accurate measurements for this. The procedure varies greatly depending on the sort of helmet you choose to create;
  • You will begin temporary assembly until all of the individual pieces are in order. The aim of this arranging is to make sure that each component suits properly;
  • If any changes are needed, make them;
  • To render required curves, apply a hammer and other appropriate materials;

Finalizing the planishing

It’s now time to work for better patterning. It’s also a good idea to do riveting and then planishing. A planishing hammer is needed for planishing. Planishing (comes from the Latin word “planus” – it means “flat”) is a metalworking procedure that includes finely forming and smoothing sheet metal to finish the surface.

Reassemble the modules until you’ve done with this step.

Fixing the panels

You can now be finished with the helmet’s framework. It’s time to put the finishing touches on the template by adjusting the layouts. Adding the panels is a simple procedure if the framing is done correctly.

You may want to try marking the panel’s side to let you distinguish between the inside and outside. Whether the panels don’t match well, don’t be concerned. If you have your cutting right, a small change can help you fix them.

Assemble all the parts

It’s time to start focusing on the general shape of the helmet. Gather the panels on the mask’s framework. You can want to drill a rivet hole in the helmet to assist in the proper joining of the pieces.

Depending on the sort of helmet you choose to create, the process of entering the helmet is different. You have to pick the most fitting form. Welding, forging, or bolting are both choices for joining it together.

The finishing stage

This finishing is determined by the previous stage. You won’t require any extra finishing if you use the bolting process. Only make sure your helmet is in good condition, and you may want to try polishing it.

Tips for DIYers who forge a helmet

Forging and welding can necessitate a more detailed finish. Remove any unnecessary weld. Overall, make sure the final touches polish the job to make it look more attractive.

Tips for DIYers who forge a helmet

  • Start hammering on the billet by putting it on a flat stub. The hammer should strike the spot on the stub where the hole is;
  • It is not essential to beat the billet’s center point; instead, it is recommended to hit spirally from the inside edge. Normally, the spiral would have 7-8 circles from the first blow from the rim to the middle point of your billet;
  • Primary forging (metal drawing) must be distinguished from straightening (the proper metal alignment);
  • Do not pound too hard. If you’re using hot welding, it’s good if the metal is drawn to a depth of 3-5 mm after each stroke. No one doubts that you can hit the metal so hard that the hammer can pierce it, but if you’re making a combat helmet, the metal must drive its thickness and weight;
  • Take your time. Based on the qualifications and skills, 8-20 hours of unhurried, deliberate hammering would suffice. There’s no reason to rush; rushing results in torn billets or metal that are too brittle to withstand crushing;

FAQ

Is it possible to forge a helmet that may withstand a sword?

The aim of wearing a helmet is to keep the consumer safe. If you correctly forge a helmet, it should be capable of providing protection.

Is it possible to forge a helmet with real Damascus steel?

Yes, really. Damascus steel may be used to forge a helmet. If you don’t have sufficient blacksmithing skills, though, it’s not a good idea.

How much does it cost to forge a helmet?

It is not expensive to forge a helmet. If you’re a working blacksmith, you’re likely to have most, if not any, of the resources you’ll need. The things you’ll have to spend money on are forge fuel and stock metal for the forging operation.