NeodraDynamics

•HQ: China•Models: 1

NeodraDynamics (NeodraDynamics Robotics Technology (Beijing) Co., Ltd.) is a Beijing robotics company that builds heavy-duty "super humanoid" robots powered by its own hydraulic-electric hybrid drive. Instead of following the race toward lightweight electric consumer robots, it targets dangerous, dirty, dull and difficult work in nuclear energy, deep-sea engineering, mining, heavy industry and rescue. Its core products are digital-hydraulic actuators, a high-power dexterous hand, a heavy-duty 7-DOF humanoid arm and the 4-meter Neo1 robot, unveiled at the 2026 China International Industry Fair together with JD Industrial. The company was founded in 2024 by three experts with Tsinghua University backgrounds, including Tao Yang, the inventor of digital hydraulics, and says it also supplies solutions and key components to other robot makers.

Industry Focus
Heavy-Duty Humanoid RoboticsHydraulic-Electric DriveNuclear and Deep-Sea OperationsMining and Rescue
Key Technologies
Miniature digital hydraulic linear actuatorsHydraulic-electric hybrid driveHigh-power 15-DOF dexterous handHeavy-duty 7-DOF humanoid arm

NeodraDynamics Robots

Showing 1 Humanoid Robots of 1 total model

Neo1 - NeodraDynamics robot model
★ Flagship Model
Humanoid RobotsLaunched 2026

Neo1

Manufactured by NeodraDynamics

Rating Pending

Neo1 is a 4-meter-class heavy-duty hydraulic humanoid robot from NeodraDynamics, a Beijing company founded in 2024 by Tsinghua-background experts. It was unveiled on October 14, 2026 at the China International Industry Fair (CIIF) together with JD Industrial. Instead of electric motors alone, Neo1 uses a hydraulic-electric hybrid drive: 39 of its 41 active joints are driven by miniature digital hydraulic linear actuators, each weighing about 1 kg yet producing ton-level thrust, and two forearm rotational joints are electric. NeodraDynamics says the robot weighs about 1.2 tons, carries 500 kg across both arms and positions its hands to within ±0.005 mm. The company's 7-DOF heavy-duty arm reaches 1.7 m and lifts 300 kg on a single arm, and its 15-DOF hand grips with more than 500 kgf. NeodraDynamics says the hydraulic modules tolerate nuclear radiation, temperatures from -50 to 250°C and 10,000 m of deep-sea pressure. Neo1 is aimed at heavy assembly, port handling, nuclear fuel transfer and maintenance, subsea work, mining and disaster-site clearance. These are company claims that have not been independently verified.

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Frequently Asked Questions

6 Answers

Verified answers, company specifications, and deployment details about NeodraDynamics

Q

What robot models does NeodraDynamics manufacture?

NeodraDynamics manufactures 1 robot model in the Origin of Bots database, including Neo1.

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Where is NeodraDynamics headquartered and when was it founded?

NeodraDynamics is headquartered in China.

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What industries and domains does NeodraDynamics focus on?

NeodraDynamics develops robotics solutions primarily targeting Heavy-Duty Humanoid Robotics, Hydraulic-Electric Drive, Nuclear and Deep-Sea Operations, Mining and Rescue.

Q

What core technologies and engineering stacks power NeodraDynamics's robots?

NeodraDynamics's platform leverages Miniature digital hydraulic linear actuators, Hydraulic-electric hybrid drive, High-power 15-DOF dexterous hand, Heavy-duty 7-DOF humanoid arm to deliver high-performance autonomy and hardware reliability.

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Which geographic markets does NeodraDynamics serve?

NeodraDynamics currently deploys and supports hardware across Heavy industry and ports, Nuclear energy, Deep-sea engineering, Mining and disaster rescue.

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How can commercial buyers and partners contact NeodraDynamics?

You can reach NeodraDynamics directly via their official website at http://neodradynamics.com.

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Verified Data & Editorial Assurance

Compiled from verified corporate filings, official NeodraDynamics datasheets, and robotics engineering registries. Data is monitored and audited on an ongoing basis for accuracy. For commercial procurement or proprietary integrations, contact the manufacturer directly.