What Neodra Dynamics Builds

Neodra Dynamics builds one disclosed product: Neo1, a giant humanoid that runs mostly on hydraulics. The company name also appears as NeodraDynamics, and the robot as NEO-1. Of Neo1's 41 controllable joints, 39 use small hydraulic actuators that push a piston with pressurized oil, the same principle as an excavator arm at a smaller scale. That design lets a compact joint push hard. Neodra Dynamics aims Neo1 at loads and sites that a human-sized humanoid cannot handle, and it names four uses: heavy assembly, mining, rescue and nuclear maintenance. Buyers in those sectors usually purchase through capital-equipment deals, site trials and service contracts instead of a public price list. Neodra Dynamics has not published how it charges. There is no public purchase price, lease rate, robots-as-a-service fee or service plan. Neo1 has been presented alongside JD Industrial, the industrial-supplies arm of JD.com, at the China International Industry Fair (CIIF) in Shanghai. The report does not say whether JD Industrial resells, distributes or deploys Neo1, so treat that link as a joint public showing until a commercial agreement is announced. Ask Neodra Dynamics in writing how a sale would work, who supports the machine on site, and which party you would sign with. According to New Atlas, Neo1 is a demonstration unit that has not done work on a real site. A computer running a set program controls it remotely and a cable supplies power. A battery is planned, and autonomy depends on an AI control system that still needs training. Walking is on hold because motion control is unfinished, and the company says walking is not a priority for industrial use. It does not expect the full humanoid to work on industrial sites; it plans to mount the heavy-duty arms on a wheeled base. The reported payload is 500 kg (1,102 lb) with both arms working together, a company figure with no published test method.

Neodra Dynamics Robots and Models

These are the Neodra Dynamics models a buyer is most likely to be evaluating, and what each one actually does.

  • Neo1 (also written NEO-1) — Neo1 is the only Neodra Dynamics model with published details, and the report mentions no second model. New Atlas reports the company's figures as a height of about 4 meters (13 feet), a weight of 1.2 metric tons (2,646 lb) and 41 controllable joints. Hydraulic actuators drive 39 joints, including the hands. Each actuator weighs about 1 kg and is claimed to deliver "ton-level" continuous thrust, which lets small joints move heavy loads. Two electric joints rotate the forearms. No customer delivery has been confirmed.

Neodra Dynamics Pricing and Availability

Neodra Dynamics has not published a price for Neo1. Its public material contains no list price, lease rate, deposit amount or quoted lead time, and no customer delivery has been confirmed. Regional availability is also undisclosed. The showings New Atlas reports took place in China, at the World Robot Conference in Beijing and at CIIF in Shanghai. Buyers outside China should ask whether Neodra Dynamics exports Neo1 at all and who would service it locally. Neo1's purchase price will be only part of the cost. A 1.2-ton hydraulic machine needs truck-and-crane transport, ground rated for its weight, a hydraulic power source, fluid, seals and a trained maintenance crew. Hazardous sites add their own costs, such as decontamination after nuclear work and site-specific approvals. When you request a quote, ask Neodra Dynamics to price the full first year. That quote should cover the machine, the power unit, hand tooling, commissioning, operator training, a service contract and a spare-actuator kit. Compare that first-year figure against alternatives, because a lower machine price can hide higher support costs.

Who Neodra Dynamics Robots Are For

Neo1 suits large industrial operators who already run heavy hydraulic equipment and want to move people away from dangerous tasks. Mining companies, nuclear plant operators, decommissioning contractors, heavy fabricators and industrial rescue units match the uses Neodra Dynamics names. Those organizations usually have hydraulic maintenance skills on staff, space to test a large machine, and budgets for multi-year pilot programs. Research groups and integrators studying large hydraulic humanoids are a second fit, provided they can accept an early product with no published field record. Neo1 is a poor fit for warehouses, factories with human-scale workstations, retail sites and homes. A 4-meter, 1.2-ton machine will not pass through standard doors or most aisles, and Neodra Dynamics has published no rating for working near people. If your work involves moving totes or tending machines at human height, look at human-sized humanoids such as Agility Digit or Apptronik Apollo, or a conventional industrial arm. If the dangerous job is inspection without heavy lifting, ANYbotics ANYmal and Boston Dynamics Spot are sold commercially, so you can ask for reference sites. Buyers who need a fixed price and delivery date before approving a budget should wait until Neodra Dynamics publishes both.

  • New Atlas reports that a computer running a set program controls the demonstration unit remotely and that its AI control system still needs training. Ask Neodra Dynamics what autonomy it plans to deliver and when, request a live demonstration using the exact control setup you would deploy, and confirm how far away the operator can stay during hazardous tasks.
  • Get rated payload, reach and repeatability figures with a stated test method. The reported 500 kg two-arm payload, the precision of a fraction of a hair's width and the "ton-level" actuator thrust have no published test conditions, so they cannot yet be compared with figures from other machines.
  • Confirm the power source and runtime. The demonstration unit is reported to run on a cable, with a battery planned. A hydraulic machine needs pressurized oil from a pump, so ask where that pump sits, how long a battery-powered Neo1 would run, and what a fluid leak means for your site.
  • Check service and spares before signing. With 39 hydraulic actuators, seals and hoses will wear, so ask for the service interval, the time to replace one actuator, local technician coverage, and the price and stock location of a spare-actuator kit.
  • Ask which safety standards Neo1 has been tested against, such as the International Organization for Standardization (ISO) 10218 standard for industrial robots. No certification has been published, and nuclear or mining sites usually require their own approval on top of any general rating.
  • Model the total cost of ownership (TCO) over at least five years. Include transport, site preparation for a 1.2-ton machine, hydraulic fluid and filters, operator training, downtime cover and disposal, then compare it with doing the same job using people or remote-controlled equipment.

Neodra Dynamics Alternatives

Robots and vendors a buyer typically cross-shops against Neodra Dynamics.

  • Boston Dynamics Atlas — Boston Dynamics Atlas is a human-sized electric humanoid aimed at industrial and factory tasks. Atlas cannot match Neo1's size or claimed force. Boston Dynamics does bring years of commercial service experience from its Spot robot. Cross-shop Atlas if the job fits workstations, doors and aisles built for people.
  • Apptronik Apollo — Apptronik Apollo is an electric humanoid built at human scale for logistics and manufacturing work such as moving cases and totes. Apollo suits sites designed around workers. Choose Apollo over Neo1 when the loads are person-sized and the robot must share aisles, doorways and lifts with staff.
  • ANYbotics ANYmal — ANYbotics ANYmal is a four-legged inspection robot sold for industrial plants, including hazardous areas in energy and chemicals. ANYmal carries sensors on autonomous inspection rounds and does not handle heavy objects. Pick ANYmal when the dangerous job is gauge reading, thermal checks and leak detection with no lifting involved.
  • Boston Dynamics Spot — Boston Dynamics Spot is a commercially sold quadruped used for remote inspection and data capture on industrial sites. An optional arm lets Spot open doors and move light objects. Spot cannot replace heavy manual work, but it gives teams testing robots in hazardous areas a lower-risk start with existing reference customers.
  • FANUC heavy-payload arms — FANUC builds fixed industrial arms, including heavy-payload models used in assembly and material handling. A fixed arm cannot walk to a rescue site or move through a mine. For heavy assembly in one cell, FANUC offers published payload and repeatability specs, global service and certification paths that Neo1 has not shown.

Recent news

A dated log of developments, each tied to its primary source.

  • 2026-11 — Neodra Dynamics unveiled NEO-1, a hydraulic-electric humanoid the company says stands about 13 ft (4 m) tall, weighs 1.2 metric tons and has 41 controllable joints, at the China International Industry Fair in Shanghai (October 12–16) alongside JD Industrial, after an earlier appearance at the World Robot Conference in Beijing. The company is pitching it for heavy assembly, mining, rescue and nuclear maintenance work; no pricing or availability was reported. New Atlas Robotics
  • A published price, lease model or delivery date for Neo1
  • A first paying customer or site pilot in mining, rescue or nuclear work, with reported results
  • Published payload, runtime, control mode and safety certification details

Bottom Line

Neo1 is a physical machine shown in public, with a published height, weight and joint count. Neodra Dynamics has not shown Neo1 working on a customer site or published a price, so for most buyers Neo1 belongs on a watch list. That assessment would change if Neodra Dynamics publishes payload and runtime figures, names a pilot customer and states a delivery date. If you run mining, rescue or nuclear operations, request a written specification sheet and a first-year cost quote from Neodra Dynamics before scheduling a demonstration.

Compare Neo1 with other industrial and general-purpose machines in The Bot Scout's humanoid robot company profiles.

FAQs

How tall is the Neodra Dynamics Neo1?

Neo1 stands about 4 meters (13 feet) tall and weighs 1.2 metric tons (2,646 lb), according to Neodra Dynamics. That makes Neo1 far larger than human-sized humanoids, which are built to fit doors, aisles and workstations designed for people. Neodra Dynamics aims Neo1 at heavy assembly, mining, rescue and nuclear maintenance, where loads exceed what a person or a person-sized robot can handle. Plan transport, ground loading and overhead clearance before any site trial.

How much does Neo1 cost?

Neodra Dynamics has not published a price for Neo1. No list price, lease rate or robots-as-a-service fee appears in its public material. As with other heavy industrial machines, the full cost will depend on the hydraulic power setup, hand tooling, commissioning, training and service coverage. Ask Neodra Dynamics for a first-year quote that covers the machine and each of those items. Then compare it with the cost of doing the same job with people or remote-controlled equipment.

Is Neo1 available to buy?

Neodra Dynamics has not announced general availability, a lead time or a confirmed customer delivery for Neo1. Neo1 has been shown publicly at the World Robot Conference in Beijing and at CIIF in Shanghai, where it appeared with JD Industrial, the industrial-supplies arm of JD.com. A public showing does not confirm production. Ask Neodra Dynamics directly about build slots, export terms and local service before treating Neo1 as a machine you can schedule for a project.

Why does Neo1 use hydraulics instead of electric motors?

Hydraulics let small joints produce very large forces, which is why Neodra Dynamics uses them on 39 of Neo1's 41 joints. Each hydraulic actuator pushes a piston with pressurized oil, the way an excavator arm works. Neodra Dynamics claims each actuator weighs about 1 kg and gives "ton-level" continuous thrust. The tradeoff is upkeep. Hydraulic systems need fluid, filters, seals and leak checks, so a site with excavator or press maintenance skills is better placed to support Neo1.

Does Neo1 work autonomously or by remote control?

New Atlas reports that the Neo1 demonstration unit is controlled remotely by a computer running a set program, and that its autonomy depends on an AI control system that still needs training. The report gives no date for an autonomous version. For dangerous work such as nuclear maintenance or rescue, the control mode decides how far people stay from the hazard and how many trained operators each shift needs. Ask for a live demonstration using the exact control setup you would deploy, and ask for the maximum distance between operator and machine. The company also does not expect the full humanoid to work on industrial sites; it plans to mount the arms on a wheeled base.

What should I ask Neodra Dynamics before a trial?

Ask Neodra Dynamics for written figures on payload (500 kg with both arms is a reported company figure), reach, repeatability and runtime, with test methods, because none have been published for Neo1. Then ask about safety certification, the service interval for the 39 hydraulic actuators, spare-parts stock and technician coverage in your region. Request a list of any sites where Neo1 has worked, with permission to contact them. If Neodra Dynamics cannot supply those answers, keep Neo1 on a watch list and trial a commercially sold alternative instead.

Primary Sources