Why is steel thickness important in armor and helmets?

• Explain why steel thickness is essential for safety

• Assist in choosing suitable armor or a helmet

• Prevent the use of unsuitable equipment in mock battles

The thicker the steel:

• The better it protects against blows

• The smaller the chance of deformation or denting

• The better it protects against repeated impact

If steel is too thin, a blow can be directly transmitted to the body or head, resulting in bruising or injury.

Helmets can unintentionally receive direct blows to the head. Therefore:

• At least 2 mm steel for battle-ready helmets

• Thinner steel can dent and hit the head

• The combination of steel thickness and good helmet inlay and padding is crucial

• Always choose a steel thickness that matches the use (decorative vs. battle-ready)

• Always combine armor with a gambeson or padding

• Regularly check for dents or metal fatigue

Safety in mock combat starts with the user themselves. No equipment is safe without correct use and maintenance.

Summary

• Steel thickness determines safety, protection, and durability

• Helmets require at least 2 mm steel

• Armor must be thick enough to absorb impact

• Too thin steel is unsuitable for mock combat
  
  

What steel thicknesses are used and what does Gauge mean?

When is plate armor and mail battle-ready?

What requirements are set for a helmet in mock battles?