SILICON
MASKS.
Flexible, high-tensile silicone layers designed to rest over structural high-spec polymer parts. Bridging the gap between rigid machinery and visceral anatomy. The T-800 protocol.
The Architecture
SINGLE-LAYER BASE
The standard protocol. A single, unified silicone pour modeled directly over the hard-surface structural polymer frame. This base layer acts as an aesthetic dust-cover, completely dry, designed for pure visual presence and kinetic flexibility.
DUAL-LAYER VEIN NETWORK
A highly experimental secondary tier. This dual-layer mold encases a hollow micro-channel network between the silicone. When injected with specialized synthetic fluids, completely arbitrary or biological (red/chrome) 'bleeding' occurs if the outer silicone layer is ruptured.
The T-800 Protocol
Carbon over Steel
We look at the T-800 as the pinnacle of mechanical integration. A hyper-aggressive internal skeleton covered by an incredibly convincing, vulnerable outer layer.
Our skin masks don't try to hide the robot. They contrast the robot. You peel back the silicon, you slice the dermis, and underneath you see absolute cutting-edge cold hardware.
Phase 3 Parameters
THERMAL METRICS
KINETIC RESISTANCE
ENVIRONMENTAL
JOIN THE QUEUE
Silicon Masks are currently in extreme limited prototyping. Join the waitlist to be notified when the first bespoke batches clear environmental testing.