Humanoid Database
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Clone Alpha
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Summary:
Clone Alpha is a full-body humanoid robot developed by Clone Robotics, designed to mimic the human musculoskeletal system using Myofiber artificial muscles, synthetic organs, and biomimetic joints. Powered by water-based hydraulics, Clone Alpha achieves lifelike motion, expressive gestures, and fine motor control. It’s built for telepresence, embodied AI, and human-robot interaction research, with preorders open for its first production batch.
Editorial:
Clone Alpha is one of the most anatomically ambitious humanoid robots ever built. Unlike traditional robots that rely on rigid actuators and servo motors, Clone Alpha uses soft-tissue analogs—including synthetic ligaments, vascular systems, and artificial muscles that contract up to 30% in under 50 milliseconds. This allows for fluid, organic movement that closely resembles human biomechanics.
The robot is equipped with an NVIDIA Jetson Thor GPU, enabling real-time AI inference and multimodal sensor processing. Its closed-source software stack, Cybernet, integrates visuomotor control, adaptive behavior, and sensor fusion. Clone Alpha is designed for research institutions, robotics labs, and visionary developers exploring the future of embodied intelligence.
While real-world demonstrations remain limited, Clone Robotics has positioned Clone Alpha as a Westworld-grade android prototype, with a long-term vision of scalable, emotionally expressive humanoids.
Specifications:
Dimensions & Build
- Height: ~170 cm class humanoid
- Weight: Not officially published
- Design Intent: Human‑like biomechanics using artificial muscles and tendon‑driven joints
- Construction:
- Modular skeletal frame
- High‑density tendon routing
- Soft‑tissue‑like actuation system
- Developer: Clone Robotics (United States)
- Status: Active development platform (2023–2026)
Mobility
- Locomotion: Bipedal locomotion in development
- Capabilities (current prototypes):
- Full‑range upper‑body motion
- Human‑like shoulder and torso articulation
- Stable stance and balance control
- Lower‑body:
- Walking prototypes exist
- Full dynamic locomotion still under development
Note: No walking speed, incline capability, or fall‑recovery metrics published.
Degrees of Freedom
- DOF: Not officially published
- General Notes:
- High‑DOF upper body
- Tendon‑driven joints with human‑like ranges
- Fine‑grained control of wrists, elbows, and shoulders
Actuation
- Actuator Type: Artificial muscles (pneumatic‑hydraulic hybrid)
- Key Features:
- Tendon‑driven system mimicking human musculature
- High power‑to‑weight ratio
- Smooth, organic motion
- Compliant and safe for human interaction
- Advantages:
- Human‑like joint stiffness
- Natural motion curves
- High‑speed contraction
Manipulation
- Hands:
- Fully tendon‑driven
- Human‑like finger articulation
- High‑precision grip control
- Capabilities:
- Fine manipulation
- Expressive hand gestures
- Object handling for R&D tasks
Note: No payload, grip force, or DOF breakdown for hands published.
Perception & Sensors
Confirmed capabilities:
- Vision system (details not published)
- Proprioceptive sensing via tendon tension feedback
- Environmental perception for manipulation and balance
Note: No camera resolution, depth sensor type, IMU specs, or tactile sensing published.
Compute & AI
- AI Stack:
- Motion‑learning models
- Real‑time control of artificial muscles
- Human‑motion imitation
- Capabilities:
- Adaptive motion
- Fine‑grained muscle control
- Embodied‑AI research
- Use Cases:
- Robotics R&D
- Dexterous manipulation research
- Human‑like motion studies
Note: No CPU/GPU/TOPS or onboard compute architecture published.
Battery & Power
- Power Source: Not published
- Runtime: Not published
- Charging: Not published
Connectivity
- AI‑driven control system
- Standard robotics communication stack
Note: No Wi‑Fi/Bluetooth/5G details published.
Applications
- Embodied AI research
- Human‑like manipulation
- Robotics labs
- Motion‑learning studies
- Safe human‑robot interaction research
- Future general‑purpose humanoid development
Pricing
- Not published
Clone Alpha is not commercially priced; it is a development‑stage platform.
Clone Robotics has NOT published:
Mobility
- Walking speed
- Step height
- Max incline
- Turning radius
- Fall‑recovery time
Manipulation
- Payload
- Grip force
- Joint torque
- Joint speed
- DOF breakdown per limb
Sensors
- Camera resolution
- Depth sensor type
- Field of view
- Microphone array
- IMU specifications
- Tactile sensing
Compute
- Processor type
- GPU / accelerator
- TOPS
- Memory
- Real‑time control hardware
- SDK/API availability
Battery
& Power
- Battery capacity
- Runtime
- Charge time
- Power draw
Environmental Ratings
- Operating temperature
- Humidity tolerance
- IP rating
Image: @FutureLensTech
Company Source:
Clone Robotics – Official Website
https://www.clonerobotics.com/
Key News & Coverage:
Clone Robotics Announces Limited Edition Clone Alpha Humanoid Robot for Pre‑Order in 2025
Clone Robotics Unveils Humanoid Robot Clone Alpha: A Leap Toward Human‑like Movement