Full-Size Industrial Humanoid Robot
Standing at 182 cm, Unitree H2 redefines industrial aesthetics with aerodynamic elegance. With 31 degrees of freedom and 360 N·m joint torque, this platform pushes the boundaries of humanoid robotics.
Continuously evolving motion control algorithms via OTA and a bionic head with facial features make it built for next-generation industrial operations.
Unitree Turkey Partner · on-site commissioning and support protocol (SLA) · 1-year warranty
The Unitree H2 is a full-size humanoid robot released in late 2025 by Unitree Robotics, standing 182 cm (6'0") tall and weighing approximately 70 kg. It features 31 degrees of freedom (6 DoF per leg, 7 DoF per arm, 3 DoF waist, 2 DoF head), delivering 360 N·m torque in leg joints and 120 N·m in arm joints, enabling backflips, agile walking, and precise manipulation. Each arm can carry ~15 kg peak / ~7 kg rated payload.
Its 972 Wh (75.6V) quick-release smart battery provides approximately 3 hours of runtime. The chassis is built from aircraft-grade aluminum and titanium alloy. The standard model runs Intel Core i5 + i7 processors; the H2 EDU variant offers an optional NVIDIA Jetson AGX Thor with 2070 TFLOPS of AI computing power. Motion control algorithms evolve continuously via OTA updates. H2 EDU is an open research platform supporting secondary development through ROS2 and Python SDK.
2 use casesTap the cover to play; sound and loading start only on click.
The manufacturer's official variant matrix; the values are documented data.
| Feature | H2 | H2 EDU |
|---|---|---|
| Dexterous hand | - | Opsiyonel, birden fazla model |
| High-power compute module | - | Opsiyonel (Thor vb. birden fazla marka) |
| Secondary development (SDK) | - | ✓ |
| Warranty | 8 ay | 12 ay |
| Body hardware | 31 DoF, 360 N·m bacak / 120 N·m kol | 31 DoF, 360 N·m bacak / 120 N·m kol |
| Quote | Get a Quote for This ModelH2 | Get a Quote for This ModelH2 EDU |
The body hardware is identical across both versions; the difference is the compute module, dexterous hand and secondary-development access. If you plan research, running your own policy over the SDK, or manipulation work, EDU is mandatory. Source: the manufacturer's official H2 product page (13 August 2026). The Turkey price is finalized by quote per configuration.
Edition noteOnly the EDU edition supports secondary development; projects that need customisation choose the EDU edition.
The use cases the manufacturer defines for the Unitree H2.
The 180 cm humanoid design redefines industrial aesthetics with its streamlined elegance.
31 degrees of freedom, 360 N·m joint torque, and precise dynamic movement replication.
H2 EDU is powered by a 2070 TFLOPS Jetson AGX Thor chip, supports diverse intelligent AI models, enables multiple work scenarios, and pushes the boundaries of humanoid robotics.
6 images; tap to enlarge.
27 values in 7 categories; data published by the manufacturer.
Verified on the manufacturer page on 18 September 2026.
An itemised quote for the Unitree H2 is prepared by configuration, quantity and delivery scope.
H2's 31 joints are meaningful through their distribution, not as a single figure: 6 per leg, 7 per arm, 3 at the waist and 2 in the head. Seven DoF per arm means the end effector can reach a target pose through more than one joint configuration, you can avoid an obstacle in a tight space while preserving the grasp angle, which a 6-DoF arm cannot do. The 3 waist DoF produce pitch, roll and yaw of the torso independently of the legs; picking objects off the floor and balance recovery both rely on these axes.
A 15 Ah / 0.972 kWh battery running at a 75.6 V maximum gives roughly 3 hours of operation. Cooling is local air cooling: lower maintenance burden than a liquid-cooled architecture, but the thermal budget must be planned for sustained work under high torque. In practice this means a half-shift window on one charge and operation sustained by battery swaps; for an uninterrupted production-line scenario the number of spare batteries has to be engineered in.
H2 is a hardware-rich platform in the full-size humanoid class whose software access depends on the version. On the standard H2, secondary development is disabled: you cannot load your own control policy or work at joint level over the SDK. For a university, R&D centre or integrator this constraint alone is decisive, and the right answer is EDU. For demonstration, promotion and operator-driven scenarios the standard version is sufficient. Before purchase, settle three questions in order: will you run your own code, do you need manipulation (hands), and does mission time exceed 3 hours.
Supply model
Delivered from Turkey stock; installation, training and on-site service under one responsibility.
Pre-sales assessment
Site and mission focused technical feasibility; specification and administrative process support.
Demo and site visit request
Send a demo request; availability and scope are settled in the call.
After-sales support
Robotlar.org provides technical support, installation, integration, and service for the Unitree H2 across Turkey. Project-based maintenance and warranty contracts are available across Turkey. Contact the Robotlar.org engineering team for custom project requirements.
Source documents
Technical values come from the manufacturer's documents; verified on 18 September 2026. 6 documents at the bottom of the page.
Robotic system costs are optimised according to the selected hardware platform, additional sensor and payload configurations, and the integration scenarios specific to your site. Share your requirements and our engineering team will prepare a feasibility report and a pro forma quotation tailored to your organisation.
Direct contact and advisory line: 0850 532 6 777
The most common questions about the Unitree H2.
Unitree H2 pricing varies by configuration and project scope. Official quotes are available through Robotlar.org, the Turkey sales and service partner. H2 EDU pricing is determined per project scope. Use the contact form for current Turkey pricing and stock availability.
Unitree H2 is a significantly more advanced platform than H1. H2 offers 31 degrees of freedom (H1: 19 DoF), 360 N·m leg joint torque, aircraft-grade aluminum and titanium composite body, a bionic head, and an optional 2070 TFLOPS Jetson AGX Thor. H2 EDU includes secondary development SDK support. While H1-2 focuses on speed records, H2 is the industrial automation platform prioritizing arm dexterity and AI capacity.
Both are full-size humanoid platforms. Unitree H2 is a commercially purchasable product while Atlas is distributed only to select research labs. H2 provides open SDK and secondary development capabilities with 31 DoF that Atlas does not offer publicly. In terms of accessibility in Turkey, H2 is the only viable alternative.
Unitree H2 is applicable in factory automation, facility security patrol, hazardous environment inspection (radiation, chemical), logistics and warehouse operations, healthcare support, R&D lab assistance, and human-robot collaboration. Its 31 DoF and dual-arm capacity (~15 kg peak payload per arm) offers clear advantages in industrial tasks requiring human-level dexterity.
Unitree H2 EDU is the open platform for researchers and developers. Beyond the standard H2, it includes an optional Jetson AGX Thor chip (2070 TFLOPS), secondary development SDK support, dexterous hand options, and customizable task modules with ROS2 and Python SDK integration. Recommended for universities, deeptech companies, and R&D centers.
The Unitree H2 is programmed with the official unitree_sdk2 library (C++ and Python). The humanoid-specific LocoClient interface provides the walking FSM, velocity commands and posture control; communication runs over DDS (CycloneDDS) via wired Ethernet and requires no ROS installation. On the ROS 2 side, the unitree_ros2 packages offer direct integration into a Nav2/SLAM stack. See the Unitree SDK Guide on robotlar.org for setup, build steps and sample code; our team provides installation and development support in Turkey.
Unitree H2 specs: Height 182 cm, Weight ~70 kg, 31 DoF (6 per leg + 7 per arm + 3 waist + 2 head), Leg torque 360 N·m, Arm torque 120 N·m, Arm payload ~15 kg peak / ~7 kg rated, Battery 972 Wh / 75.6V (~3 hours, quick-release), CPU Intel Core i5 (platform) + i7 (development), optional Jetson AGX Thor 2070 TFLOPS, WiFi 6, Bluetooth 5.2, Materials: aerospace aluminum + titanium alloy.
The Unitree H2's 972 Wh (75.6V, 15Ah) smart battery provides approximately 3 hours of runtime. Its quick-release design allows field replacement with a spare battery within minutes, enabling continuous operation during long-duration missions.
H2 receives motion control algorithms and software modules remotely via OTA (Over-The-Air). This enables new motion support, security patches, and performance improvements to be deployed without physical intervention. On H2 EDU, this mechanism also allows researchers to deploy their own custom modules.
Yes. Demo and pilot project requests for H2 in Turkey are evaluated through Robotlar.org. Custom demo sessions are organized for corporate customers and integration projects. Submit your demo request via the Robotlar.org contact form.
Robotlar.org provides technical support, installation, integration, and service for the Unitree H2 across Turkey. Project-based maintenance and warranty contracts are available across Turkey. Contact the Robotlar.org engineering team for custom project requirements.
Robotlar.org is the Turkey Partner for Unitree Robotics, the Turkey Distributor for Pudu Robotics, and authorized systems integrator (Service Hub), providing sales, on-site engineering across Turkey, spare parts, and SDK/API integration support.
H2 price guide, comparison table and SDK guide
