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Unitree Go2X quadruped robot
Unitree Robotics | A-000000-08012
$8,454.24
20 perc. French VAT inc.
The Unitree Go2X is a quadruped robotic platform built on an open control architecture, with an SDK and programmable interfaces to serve as a foundation for development, simulation, and testing projects.
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An open quadruped base focused on software integration and custom computing architectures
The Go2X is aimed at teams that want to keep control of their architecture: integrating software components, perception pipelines, and a compute configuration tailored to the project. The platform is ROS-compatible, supports Webots and Gazebo, and is OTA-compatible for updates.
In the product line, the Go2X can be seen as a lighter version of the Go2 EDU: it uses the standard 8000 mAh battery and the standard 33.6 V 3.5 A charger (like the Go2 Air and Pro), and does not include an Nvidia computing module. It also does not have an Intel RealSense depth camera. However, it retains a development-oriented approach with partial secondary development and the same SDK as the EDU version, making it easier to maintain a common software base across models.
The platform is built with aluminum alloys and composite materials and is designed for continuous operation. Depending on the configuration, it can carry a set of sensors and modules, including an optional 4D LiDAR, a camera system, an IMU, a GPS module, and wireless communications (WiFi 6, Bluetooth 5.2, 4G / eSIM).
Application areas
- R&D in mobile robotics: locomotion, motion control, and AI-based approaches.
- Education: robotics, sensors, automation, software integration, and hands-on labs.
- Custom architecture development: integration of onboard compute or specific hardware based on project constraints.
- Simulation and validation: iterations in Webots/Gazebo, then tests on the real platform.
- Autonomous navigation: experimentation with localization, mapping, and interaction via sensors and the SDK.
- Multi-robot robotics: swarm scenarios where software consistency and cost per unit influence platform choice.
Technical specifications of the Go2X quadruped robot
- Dimensions (standing): 70 × 31 × 40 cm
- Dimensions (crouched): 76 × 31 × 20 cm
- Weight (including battery): approx. 15 kg
- Materials: aluminum alloy + high-strength engineering plastic
- Voltage: 28 V to 33.6 V
- Maximum working power: approx. 3000 W
- Payload: approx. 7 kg (max ~ 10 k2)
- Speed: 0 to 3.7 m/s
- Max obstacle height (step/climbing drop): approx. 16 cm
- Maximum slope: 40°
- Base computing: high-performance 8-core CPU
- Max joint torque (knee): approx. 45 N·m
- Aluminum knee motors: 12 set
- Battery: standard 8000 mAh
- Runtime: approx. 1 to 2 h
- Charger: 33.6 V 3.5 A
The Unitree Go2X is a quadruped robotic platform built on an open control architecture, with an SDK and programmable interfaces to serve as a foundation for development, simulation, and testing projects.
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