Black Tinted Sensor Visor
A sealed glass-like face plate protects visual sensors while preserving a clean robotic identity.
Precision Modular Skin
The outer shell is made from fitted plates, each treated like a replaceable engineered component.
Tubular Artificial Muscles
Compact 1 cm × 3 cm muscle modules replace noisy servo-driven motion with distributed tension.
Load-Bearing Skeleton
Hollow skeletal rods carry structure, mount muscles and sensors, and route internal power and data.
Three-Part Foot
The front, middle, and heel pieces create a more adaptive contact surface than a flat robot foot.
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Android body architecture
Not another humanoid robot — a modular mechanical organism.
This concept starts from a different premise: the robot is not a sealed machine, but a body assembled from precision-designed structural, sensory, and motion components.
Modular down to the skin and skeleton
Every skin plate, skeletal rod, sensor stem, and artificial muscle is intended to behave like a finely designed mechanical LEGO piece: replaceable, serviceable, and integrated into the larger body architecture.
Artificial muscle fibers instead of ordinary servos
Conventional servo motors are noisy and mechanically crude for fine humanoid movement. This design distributes motion across compact tubular artificial muscle fibers that generate force by winding braided Kevlar tension lines through internal gearing.
Sensor skin inspired by biological structures
The skin plates can host pressure and thermal sensing elements. A stem-like signal path carries pressure and heat signals into the hollow rods of the skeleton, then routes them toward the robot’s central control system.
Joints driven by opposing muscle pairs
Each joint is supported by opposing pairs of muscle fibers, arranged in perpendicular directions. The body is not simply animated; it is continuously commanded, measured, and corrected through force feedback.
Feet designed for balance
The feet are mechanical structures rather than flat platforms. Each foot has a front piece, middle piece, and heel piece, with the heel connected through a ball joint for more natural ground response.