What the garment is and where it came from
Wool is not a garment. It is a fibre—animal-derived, protein-based, sourced mainly from sheep, also goats, rabbits and camelids. It has no cut, no seam, no silhouette. It is raw material: spun, woven, knitted, felted, or bonded into garments.
How it works, in terms someone would actually use
Wool absorbs moisture without feeling wet. It resists flame. It springs back after compression. It felts when agitated. It spins easily because crimp and surface scales lock fibres together.
What it gets right
Wool gets moisture management right: it absorbs up to one-third its weight while retaining thermal insulation. It gets resilience right: keratin’s molecular structure allows repeated bending without fatigue. It gets cohesion right: crimp and cuticle scales enable stable yarns without twist-intensive spinning.
What it does not
Wool does not breathe like linen in high heat. It does not resist felting once exposed to heat, moisture and friction. It does not eliminate static without treatment. It does not shed water like waxed cotton.
What it changed
Wool changed how humans insulated themselves in cold, damp climates. It enabled layered, mobile, weather-resistant dress long before synthetics. It shaped trade routes, auction systems, and regional textile economies.
Who it is for, and who it is not
It is for people who live where humidity fluctuates and temperatures drop below 15°C. It is for makers who value structural memory and natural flame resistance. It is not for those allergic to lanolin, intolerant of dry-heat static, or unwilling to hand-wash or air out.
Is it worth your time
Yes—if you need a fibre that manages moisture, resists ignition, and recovers shape without synthetic additives. No—if you require machine-wash simplicity, absolute breathability in heat, or zero lanolin sensitivity.
