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Explore Development
Vision
A more human future, shaped by intelligent machines and creative minds.
Current focus
Developing a modular humanoid platform for real-world research and learning.
Development updates
We're actively researching, building and testing key systems. Follow along for the latest.
EXPLORE THE PLATFORM
Robot components.
A modular design allows each system to be researched, explored and refined individually while contributing to one connected humanoid platform.


HEAD
Perception in progress.
The head concept explores perception, awareness and natural interaction. Current research is focused on multi-sensor input, expressive movement and a clean, durable form.
Sensor integration
Exploring how vision, audio and spatial sensing could contribute to environmental understanding.
Expressive movement
Studying smooth head and neck motion for clearer, more natural interaction.
Refined industrial design
Balancing form, function and durability for future real-world use.

Torso
Core systems and power distribution.

Arms & Hands
Dexterity for the real world.

Hips
Balance, mobility and stability.

Legs & Feet
Movement and terrain support.
robot-components

SYSTEM ARCHITECTURE
Built as a
modular platform.
Five core systems, working together to create a capable, human-centred humanoid platform.
Click for updates
A phased approach, focused on learning, iteration and responsible development.
Head (Currently Operational)
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Voice interaction
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Speech recognition
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AI conversation
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LED visual feedback
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Head-control software
In Development
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Physical neck movement
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Torso structure
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Arms + hands
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Lower-body systems
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Balance + walking
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HEAD
45%
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TORSO
35%
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ARMS
10%
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HIPS + UPPER LEGS
10%
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LOWER LEGS + FEET
10%

Power
Efficient power systems for extended operation.
Control
AI, planning and real-time control
Perception
Vision, audio and spatial sensing.
Movement
Dexterous manipulation and whole-body motion.
Torso (Next section)
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Internal frame + support
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Electronics + power systems
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Arm mounting + movement
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​Torso + lower-body interface
Arms (3rd section)
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Multi-axis movement
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Controlled arm flexion
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Pitch & Rotation
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Finger & Grip development
Hips & Upper Legs (4th section)
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Central structural support
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Multi-axis articulation
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Controlled leg positioning
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Movement & Stability
Lower Legs & Feet (5th section)
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Leg flexion & Extension
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Pitch & Lateral movement
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Support & Contact
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Standing & Walking
DEVELOPMENT ROADMAP
From research to
real-world insight.
1. Research
Exploring ideas, technologies and real-world requirements.
2. Prototype
Building and integrating key systems for real-world testing.
3. Test
Validating in real environments and refining through iteration.
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