Unitree-H2-Plus

Introduction and Overview

In a robotics lab, the difference between a walking demonstration and a useful humanoid is often found at the hand, the sensor stack, and the software interface. The Unitree H2 Plus Humanoid Robot is built around that distinction. It belongs to the Unitree H2 Plus family, a full-size 182 cm class humanoid platform for embodied AI, manipulation research, and human-robot interaction. This model is the base H2 Plus platform, combining the common H2 Plus body with core H2 Plus body for development and integration. Within the Humanoid Robots market, it sits among advanced Bipedal Humanoids intended for laboratories, integrators, and organizations evaluating physical AI systems.

Product Lineup and Types

Unitree H2 Plus Standard

The Standard model is the entry point into the H2 Plus line. It uses the 31 body-joint architecture, high-torque actuation, wide-field perception, dual Intel computing, Wi-Fi 6, Bluetooth 5.2, and smart OTA updates. It is best understood as the base development platform for teams that want the H2 Plus body before choosing a specialized hand package.

Unitree H2 Plus SMART

The SMART model adds stronger onboard AI capability to the same full-size frame. Vendor material lists NVIDIA Jetson Thor compute, 128 GB LPDDR5X memory, and triple onboard compute for platform control, user development, and AI workloads. It is suited to organizations prioritizing model deployment, perception, and local inference.

Unitree H2 Plus

Unitree H2 Plus is a specialized H2 Plus configuration. Vendor information lists 31 total body DOF, and describes the configuration as using standard H2 Plus architecture, 31 body joints, full-size 182 cm frame, high-torque actuation, wide-field perception and secondary development context. Compared with the Standard and SMART models, it focuses more narrowly on end-effector capability, manipulation feedback, or configured AI hardware. Buyers can compare it with the wider Unitree H2 Plus family and adjacent Unitree Humanoid Robots.

Technology and Specifications

The shared H2 Plus body is derived from Unitree's full-size H2 architecture. Official H2 figures list 1820 x 456 x 218 mm standing dimensions, about 70 kg with battery, 6 degrees of freedom in each leg, 7 in each arm, 3 at the waist, and 2 at the head. The structure uses aircraft-grade aluminum, titanium alloy, and high-strength engineering plastics. Actuation is based on low-inertia internal-rotor PMSM motors with crossed roller bearings, with official maximum torque figures of 120 N.m at the arm joints and 360 N.m at the leg joints.

Power comes from a smart quick-release lithium battery rated at 15 Ah and 0.972 kWh, with an official runtime around 3 hours depending on workload and configuration. The platform supports Wi-Fi 6, Bluetooth 5.2, OTA upgrades, wide-field humanoid vision, microphones, speakers, and development interfaces. Unitree states that parameters may vary by scenario and configuration, and that operators should maintain safe distance, use the robot cautiously, comply with local laws, and avoid dangerous modifications.

Applications and Use Cases

Embodied AI Research

The robot provides a human-scale platform for training and validating models that must connect perception, planning, locomotion, and manipulation. Its configured hands and onboard compute make it relevant for data collection, imitation learning, control experiments, and multimodal robotics development.

Manipulation and Grasping

The defining value of this model is its end-effector configuration. It can support experiments in grasp planning, object approach, finger coordination, wrist-camera feedback, tactile or force-aware handling where fitted, and repeatable manipulation workflows.

Human-Robot Interaction

The H2 Plus form factor, head sensors, microphones, speakers, and human-scale proportions make it useful for controlled interaction studies, demonstrations, and service robotics prototypes where a humanoid body is part of the system design.

Advantages and Benefits

• Full-size humanoid platform: the 182 cm class body supports testing in spaces designed for people.
• Specialized manipulation package: core H2 Plus body for development and integration gives the model a clear role within the H2 Plus lineup.
• High-torque actuation: official H2 figures list strong arm and leg torque for whole-body movement.
• Onboard development path: Intel compute, AI module options, connectivity, and OTA updates support software iteration.
• Research-ready sensing: wide-field vision, wrist-camera options, audio interaction, and hand feedback support multimodal experiments.
• Configurable procurement: buyers can select models according to manipulation, compute, and integration priorities.

Pricing and Availability

Price and cost for Unitree H2 Plus vary by model, configuration, fleet size, destination, integration requirements, and import logistics. Buyers should request a quotation rather than relying on a generic figure, because hand configuration, compute package, support scope, and delivery country can materially change the final proposal. The product is available through Robots International, and purchasing details are available on this page, alongside the broader Shop catalog.

Frequently Asked Questions

What is Unitree-H2-Plus?

Unitree-H2-Plus is the SKU for Unitree H2 Plus Humanoid Robot, a full-size Unitree H2 Plus humanoid robot configured as base H2 Plus platform with core H2 Plus body for development and integration.

How does Unitree-H2-Plus work?

It combines the H2 Plus humanoid body, electric joint actuation, onboard computers, cameras, wireless connectivity, and the configured hand system. Control software processes sensor input and sends coordinated commands to the legs, waist, head, arms, and end effectors.

Why is Unitree-H2-Plus important?

It gives robotics teams a purchasable humanoid platform with a defined manipulation package, which helps move embodied AI and grasping work from simulation into repeatable physical experiments.

What are the benefits?

Benefits include human-scale operation, specialized hand capability, high-torque motion hardware, onboard compute, practical battery design, and a development path for research or integration teams.

What distinguishes this model from other H2 Plus variants?

Its main distinction is core H2 Plus body for development and integration. That makes it better suited to projects where this specific manipulation approach matters more than a generic humanoid configuration.

Is the specification fixed for every deployment?

No. Unitree and vendor materials state that parameters may vary by scenario and configuration, so buyers should confirm the exact hand, compute, support, and accessory package during quotation.

Where can I buy Unitree-H2-Plus and what does it cost?

Unitree H2 Plus is for sale through Robots International with worldwide delivery, customs handling, and support. Cost depends on configuration, quantity, and destination, so buyers should request a quotation; purchasing details are available on this page.

Summary

Unitree H2 Plus extends the Unitree H2 Plus family with a specific manipulation and compute profile for teams working on embodied AI, humanoid interaction, and practical robot handling. It should be evaluated by its configured hand system, development interfaces, safety requirements, and fit for the intended research or commercial workflow. For organizations comparing Unitree H2 Plus options, this page is the definitive starting point and reference point.