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It is lighter, breathable, removable and designed around joints, sensors and ports.
Humanoid, service, rehabilitation, exoskeleton, dexterous-hand and research platforms.
Images, dimensions, 3D models, joint range and interface locations.
Yes; electronics require dedicated protection and removable interfaces.
Mesh zones and openings are designed around thermal areas.
The neck is compact but must handle multi-axis motion and repeated bending. We use one-piece shaped knitting with stretch distributed along joint motion, so the cover follows rotation and naturally recovers, helping reduce bunching, slack and bulging. Knit porosity supports heat release from internal motors and wiring, while assembly openings, service access and removable structures can be reserved. We can deliver the full path from structural-data review and textile development to production covering, or develop the neck as a standalone custom part.
Yes. Sensors, vents, charging and service access are included in engineering.
Pressure, touch and connection interfaces can be evaluated per project.
Yes. Knitting supports R&D samples and flexible small-batch validation.
A basic first prototype usually takes around 15 days after data approval.
Finger motion, posture, pressure or contact data, depending on the hand structure.