| Specification | ||
|---|---|---|
| Basic Info | ||
| Name | Neo1 | Electro-Hydraulic Hybrid Drive Super Humanoid Robot |
| Company | NeodraDynamics | NeodraDynamics |
| Release Year | 2025 | 2026 |
| Stage | Demo | Demo |
| Locomotion | Biped | Biped |
| Physical Specs | ||
| Height (cm) | - | 400 |
| Weight (kg) | - | - |
| Total DOF | - | 41 |
| Hand DOF | - | 15 |
| Performance | ||
| Max Speed (km/h) | - | - |
| Dual-Arm Payload (kg) | - | 600 |
| Battery (h) | - | - |
| Computing Platform | Hydraulic-electric integrated drive (power + precision)
Digital hydraulics control | The differentiator is the drive system rather than a computer. The platform unifies force, precision and adaptability under one hydraulic-electric integrated drive, which the company describes as a high power-to-weight system covering every joint in the body, combining digital hydraulic actuation for force with servo-electric actuation for precision, and it presents this as a differentiated complement to mainstream all-electric systems in high-force output, precision control and environmental tolerance. The two components it integrates carry their own published figures. The super dexterous hand has 15 degrees of freedom including five active ones, simulating complex human finger movement to perform high-difficulty gestures and fine manipulation, with a grip force above 500 kgf and fingertip precision of 0.01 mm. The heavy-duty 7-DOF humanoid arm gives near-human arm motion across a 1.7 metre work radius with 300 kg of single-arm heavy-load lifting and 0.2 mm controllable end-point resolution, so that personnel can stay away from hazards while precise work is done. Both are rated for strong nuclear radiation, minus 50 to 250 degrees Celsius and ten thousand metres of water depth. On 18 August 2026 the company announced what it calls the world's first high-power hydraulic-electric hybrid linear actuator for robots. |
| Sensors | - | No sensor list is published. The published environmental rating is the closest thing to a perception specification: the platform and its components are stated to operate under strong nuclear radiation, across minus 50 to 250 degrees Celsius and at depths of ten thousand metres, and the arm is published with 0.2 mm controllable end-point resolution while the hand reaches 0.01 mm fingertip precision. Those are position rather than sensing figures, but they describe how finely the platform can place what it holds. |
| Commercial | ||
| Price | - | - |
