NEXT-TO-SKIN
The fabric closest to the bodyis the one that has to respond to it.
PROBLEMS IN THIS CATEGORY
Skin contact is not a passive condition. The body's thermal output, moisture production, and sensitivity to texture change across every activity and environment — and the fabric against skin has to move with all of it. These materials are selected for how they perform across the full dynamic range of the body: thermoregulation, moisture transport, and next-to-skin comfort treated as specification variables, not afterthoughts.
1
MOISTURE MANAGEMENT
Wet skin is not a comfort problem. It is a performance problem.
Moisture retained at the skin surface increases friction, accelerates chilling during stop-and-go activities, and prolongs recovery between efforts. The failure is not sweat — it is a fabric that holds it there.
A
Skin stays dry. Sweat doesn't.
Dry-Touch Wicking Knit · Polyester / Nylon / Spandex variants · 100–180 g/m²
One-way wicking construction drives moisture from the skin-facing surface to the outer face for rapid evaporation. The skin side stays dry not through absorption but through directional transport — sweat moves through, not into, the fabric. Dry time under 15 minutes at 20°C. Specified for high-output activities with variable intensity — trail running, cycling, alpine approach — where sustained moisture at skin is the primary comfort failure.
2
SENSORY PERFORMANCE
Synthetic solves the performance brief. It does not solve what the body actually wants to feel.
Polyester and nylon deliver measurable performance — but the hand feel, drape, and visual quality remain identifiably synthetic. Against skin, that difference is always present.
A
Performs like synthetic. Wears like it isn't.
Natural-Touch Performance Knit · Engineered filament yarn · TBC g/m²
Engineered filament yarn construction replicates the surface texture, drape, and visual softness of natural fibre without sacrificing the performance behaviour of synthetic. Wicking, quick-dry, and pilling resistance are maintained at sport specification. The result performs on a trail run and doesn't look like it came from one.
INSULATION
Insulation fails at the point
of maximum effort. That is exactly
when it needs to work.
PROBLEMS IN THIS CATEGORY
Breathability is the underspecified variable in insulation. Warmth ratings describe static conditions — the body in motion generates a different set of demands entirely. These materials are selected against activity and environment: how the fabric manages heat and vapour under output, not just how it performs at rest.
OVERHEATING
WOOL INSULATION