Technological Progression: Early Metallurgy and Survival Suits

Surviving the early stages of industrial development requires repurposing basic forest timber, field clay, and surface ores into functional armor and tools.

Primitive Protective Apparel

Before advanced machine shops are erected, survivalists must fashion defensive outerwear from common environmental materials.

• Whittling raw logs into protective bark plating constructs the Wooden Helmet, Wooden Chestplate, Wooden Leggings, and Wooden Boots, unlocking the "Bark Plating" milestone.
• Cobblestone quarrying provides heavy masonry to assemble the Stone Helmet, Stone Chestplate, Stone Leggings, and Stone Boots, satisfying the "Stone Age Spartan" achievement.
• Curing animal hides with metallic studs produces the sleek Studded Helmet, Studded Chestplate, Studded Leggings, and Studded Boots.
• Kiln-firing molded clay blocks creates durable ceramic defense, equipping the Ceramic Helmet, Ceramic Chestplate, Ceramic Leggings, and Ceramic Boots.

Donning these early garments provides reliable physical defense while base forges are established.

Smelting Native Ores and Kiln Firing

Basic furnace operations melt surface mineral seams into workable ingots for intermediate machinery.

• Firing Ceramic Ore inside a furnace or smoking raw clay balls refines brittle earth into hardened Ceramic tiles.
• Melting yellow seams of Brass Ore yields versatile Brass Ingot bars for precision mechanical parts.
• Heavy subterranean deposits of Lead Ore melt down into dense Lead Ingot blocks suitable for radiation shielding and munitions.
• Smelting rugged Wrought Ore yields pure Wrought Ingot bars for industrial frames.

Stockpiling these elemental metals prepares engineers for mechanical drafting and firearms manufacturing.