Product Overview

The Unitree Go2 is a next-generation quadruped robot designed for education, research, and intelligent applications.
Built with advanced AI capabilities, precise motion control, and industry-grade sensors, it combines agility, stability, and intelligence — making it an ideal platform for AI development, autonomous navigation, and robotic demonstrations.

With its open SDK and modular architecture, Go2 allows researchers, developers, and businesses to explore a wide range of scenarios — from motion algorithms and SLAM mapping to interactive showcases and service robotics.

Key Specifications

• Dimensions: 70 × 31 × 40 cm

• Weight: ≈ 15 kg

• Max Speed: up to 18 km/h

• Battery Life: up to 2–3 hours (swappable battery design)

• Payload Capacity: up to 8–10 kg

• Sensors: 3D LiDAR (360°), depth camera, IMU, ultrasonic sensors

• Processor: 8-core AI computing module with edge GPU support

• Operating System: Linux / ROS / ROS2 compatible

• Connectivity: Wi-Fi / Bluetooth / 4G / 5G (optional)

• Control: App / PC / API / voice / gesture commands

• Material: Carbon fiber composite + aerospace-grade aluminum

Core Capabilities

• Dynamic Quadruped Motion — Smooth walking, running, jumping, and obstacle negotiation on varied terrain.

• Autonomous Navigation — SLAM-based path planning and real-time obstacle avoidance.

• AI Perception & Vision — Recognizes people, objects, and environments using integrated depth and LiDAR sensors.

• Voice Interaction — Supports natural speech commands and interactive dialogue through integrated microphones and speakers.

• Open SDK & API — Full development access for Python, ROS, and C++ environments.

• Cloud Control & Teleoperation — Control and monitor the robot remotely in real time.

Secondary Development & Customization Services

To help you fully utilize the power of Unitree Go2, we provide professional secondary development services, enabling your robot to perform customized behaviors, AI tasks, and real-world applications.

What We Offer

• Autonomous Navigation & Mapping
  SLAM optimization, custom route planning, and multi-robot coordination setup.

• AI Vision & Object Recognition
  Integration of custom datasets for object tracking, people detection, and visual analytics.

• Voice & Dialogue Customization
  Tailor-made voice assistants, AI dialogue modules, and multi-language support.

• Motion Programming & Behavior Design
  Create personalized routines — from playful interactions to practical delivery missions.

• Hardware & Sensor Integration
  Add LiDAR, depth cameras, robotic arms, or external computing units for research or service use.

• Software & ROS Customization
  Full API customization, control logic development, and simulation support via Gazebo or Unity.