NeodraDynamics Unveils 4-Meter, 1.2-Ton Neo1 Heavy-Duty Hydraulic Robot at CIIF
NeodraDynamics Showcases 4-Meter & 1.2-Ton Neo1 Heavy-Duty Hydraulic Robot with JD Industrial at CIIF: Hydraulic‑Electric Hybrid Solves Real‑world "4D" Industrial Challenges
NeodraDynamics Robotics, in collaboration with JD Industrial, launched the Neo1 heavy-duty hydraulic robot at the 2026 China International Industry Fair. The 4-meter, 1.2-ton robot combines hydraulic-electric hybrid technology to overcome power and environmental limitations of pure-electric robots, enabling operation in extreme industrial scenarios such as aerial inspection, underground mining, and deep-sea engineering.
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NeodraDynamics' Neo1 heavy-duty hydraulic robot introduces a hybrid hydraulic-electric drive system that addresses power and environmental adaptability limitations of pure-electric robots, enabling operation in extreme industrial scenarios.
What the source reports
Publisher-reported claims, with original evidence. These results have not been independently verified by RoboSignal.
Reported numbers
robot weight
1
View original evidence
aerial inspection, underground mining, and deep-sea engineering — full-scenario "sky, ground and sea" extreme missions. The Neo1 heavy-duty hydraulic robot is equipped with 41 full-body active degrees of freedom. Except for two forearm rotational joints adopting electric drive, all 39 core joints use self-developed miniature digital hydraulic linear actuators. Weighing only 1kg, a single actuator generates ton-level
Open source S7actuator thrust
1
View original evidence
aerial inspection, underground mining, and deep-sea engineering — full-scenario "sky, ground and sea" extreme missions. The Neo1 heavy-duty hydraulic robot is equipped with 41 full-body active degrees of freedom. Except for two forearm rotational joints adopting electric drive, all 39 core joints use self-developed miniature digital hydraulic linear actuators. Weighing only 1kg, a single actuator generates ton-level
Open source S7robot degrees of freedom
41
View original evidence
aerial inspection, underground mining, and deep-sea engineering — full-scenario "sky, ground and sea" extreme missions. The Neo1 heavy-duty hydraulic robot is equipped with 41 full-body active degrees of freedom. Except for two forearm rotational joints adopting electric drive, all 39 core joints use self-developed miniature digital hydraulic linear actuators. Weighing only 1kg, a single actuator generates ton-level
Open source S7robot arm payload
500
View original evidence
continuous thrust, supporting a 500kg dual-arm collaborative payload. Meanwhile, it achieves ±0.005mm repeated positioning accuracy, realizing the perfect integration of heavy-load power and delicate precise operation. Full-Capability Extreme Scenario Empowerment: Embodied Intelligence Lands with Real Industrial Value Driven by hydraulic-electric hybrid base technology, Neo1 breaks human physical limits and scenario
Open source S8robot operational accuracy
0.005
View original evidence
continuous thrust, supporting a 500kg dual-arm collaborative payload. Meanwhile, it achieves ±0.005mm repeated positioning accuracy, realizing the perfect integration of heavy-load power and delicate precise operation. Full-Capability Extreme Scenario Empowerment: Embodied Intelligence Lands with Real Industrial Value Driven by hydraulic-electric hybrid base technology, Neo1 breaks human physical limits and scenario
Open source S8robot operational precision
0.005
View original evidence
continuous thrust, supporting a 500kg dual-arm collaborative payload. Meanwhile, it achieves ±0.005mm repeated positioning accuracy, realizing the perfect integration of heavy-load power and delicate precise operation. Full-Capability Extreme Scenario Empowerment: Embodied Intelligence Lands with Real Industrial Value Driven by hydraulic-electric hybrid base technology, Neo1 breaks human physical limits and scenario
Open source S8
- paper: not_reported
- code: not_reported
- weights: not_reported
- dataset: not_reported
What remains unknown
Not established in the collected evidence: Environment, Control, Data origin.
Reported performance applies to the described task. It does not establish general autonomy or deployment readiness.
Source excerpts and review record
Automatically extracted; no manual editorial approval recorded.
continuous thrust, supporting a 500kg dual-arm collaborative payload. Meanwhile, it achieves ±0.005mm repeated positioning accuracy, realizing the perfect integration of heavy-load power and delicate precise operation. Full-Capability Extreme Scenario Empowerment: Embodied Intelligence Lands with Real Industrial Value Driven by hydraulic-electric hybrid base technology, Neo1 breaks human physical limits and scenario
Open source S8
aerial inspection, underground mining, and deep-sea engineering — full-scenario "sky, ground and sea" extreme missions. The Neo1 heavy-duty hydraulic robot is equipped with 41 full-body active degrees of freedom. Except for two forearm rotational joints adopting electric drive, all 39 core joints use self-developed miniature digital hydraulic linear actuators. Weighing only 1kg, a single actuator generates ton-level
Open source S7
Source：Industrial robotics — News discovery · prnewswire.com