H2 Humanoid

Unitree H2 Humanoid Robot

Step into the future of intelligent robotics with the Unitree H2 Humanoid Robot, a next-generation full-size humanoid platform engineered for advanced research, artificial intelligence development, human-robot interaction, industrial automation, and enterprise innovation. Designed to replicate human movement and interaction, the H2 combines cutting-edge mobility, dexterous manipulation, advanced perception systems, and powerful onboard computing into one of the most capable humanoid robots available today.

Built upon Unitree's extensive robotics expertise, the H2 features a highly articulated humanoid design capable of walking, balancing, navigating complex environments, manipulating objects, and interacting naturally with people and surroundings. Its advanced sensor suite, AI-ready architecture, and support for robotic development make it an ideal platform for universities, research institutions, technology companies, public safety organizations, and industrial innovators seeking to accelerate humanoid robotics programs.

The H2 is designed to support a wide range of applications including autonomous navigation, machine learning, computer vision, human-robot collaboration, robotics research, education, and advanced automation projects. With a modular architecture and support for future expansion, the H2 provides a scalable platform for organizations exploring the future of intelligent robotics.

Key Features

• Full-size humanoid robotic platform

• Advanced bipedal locomotion and dynamic balancing

• Human-like mobility and interaction capabilities

• High-performance onboard computing system

• AI-ready architecture for machine learning development

• Integrated vision and perception systems

• Support for autonomous navigation and obstacle avoidance

• Compatible with advanced robotic hands and manipulation systems

• Real-time remote monitoring and control

• Designed for research, development, and enterprise applications

Ideal Applications

• Artificial Intelligence Development

• Human-Robot Interaction Research

• Robotics Research Laboratories

• University and Educational Programs

• Industrial Automation Development

• Advanced Computer Vision Projects

• Public Safety and Technology Demonstrations

• Autonomous Navigation Research

• Machine Learning and Robotics Training

• Future Workforce Automation Studies

Why Choose the Unitree H2?

The Unitree H2 represents the next step in humanoid robotics by combining advanced mobility, intelligent perception, and human-like interaction capabilities into a single development platform. Whether your organization is researching artificial intelligence, developing autonomous systems, studying human-robot interaction, or exploring future automation solutions, the H2 provides the tools needed to push innovation forward.

With support for advanced manipulation systems, intelligent navigation, and AI-driven decision-making, the H2 allows researchers and developers to focus on creating the next generation of robotic applications rather than building the platform from scratch.

Professional Deployment Support

Aerial Visual Technologies provides consultation, deployment planning, training, integration assistance, and operational support to help organizations successfully deploy advanced robotic systems. Contact our team for deployment planning, custom configurations, training, and enterprise pricing.

Questions or Inquiries?

For product information, deployment assistance, custom configurations, demonstrations, or enterprise pricing, please contact our team at: flywithavt@avtdrones.com

Shipping Information

Robot Weight: Approximately 132 lbs (60 kg)

Estimated Shipping Weight: 220 lbs (100 kg)

Estimated Shipping Crate Dimensions:

• Length: 55 in (140 cm)

• Width: 35 in (89 cm)

• Height: 67 in (170 cm)

Shipping weight and crate dimensions are estimated and may vary depending on final configuration, accessories, battery options, and export packaging requirements. Customers will be provided with final shipping specifications prior to shipment.