Unitree Go2X quadruped robot

Name: Unitree Go2X Quadruped-Roboter
Brand: Unitree
SKU: cb76099c-a729-4a9b-ae3c-b05c29386f25
Price: 7200 EUR
Availability: InStock

Unitree Robotics | A-000000-08012

€7,200.00 VAT incl. €6,000.00 VAT excl.

he Go2X is the ideal model if you want to integrate your own PC (mini PC, compute station, specific GPU configuration) and build a hardware and software architecture tailored to your project.

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Go2X: a “compute-ready” platform to integrate your own PC

Key points

Sold without a PC: you install the compute platform of your choice (CPU/GPU, OS, middleware, AI stack).
No GPU included: no pre-integrated Nvidia computing module—ideal if you already have your own setup or an internal standard.
No depth camera: no RealSense; you choose your sensors (stereo, ToF, LiDAR, RGB camera, etc.).
No force sensors: the platform is positioned as an integration base, to be instrumented according to your objectives.

Description

The Unitree Go2X is a quadruped platform designed for teams who want to stay in control of their architecture. The robot is delivered without an onboard PC and without perception sensors (no RealSense-type depth camera). It includes no GPU and no force sensors: this is intentional.

The Go2X is the ideal model if you want to integrate your own PC (mini-PC, compute station, specific GPU configuration), and build a hardware and software architecture tailored to your project.

Many teams automatically compare the Go2X to the Go2 EDU, which typically includes an onboard PC, a depth camera, and a more “packaged” configuration. The Go2X addresses a different need: providing a robust quadruped base without imposing a choice of compute or sensors.

This approach makes the Go2X a flexible (custom architecture), scalable (relevant cost per unit) solution and particularly interesting for teams working with specific hardware configurations or multi-robot fleets.

An open base for software development (SDK, ROS, simulation)

The Go2X follows a development-oriented approach: SDK, programmable interfaces, and simplified software integration. It is designed to serve as a base for development, simulation and testing projects: ROS compatibility, support for Webots and Gazebo, and OTA updates.

In terms of product line logic, the Go2X can be seen as a more “compute-free” 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), while retaining a similar software base thanks to the same SDK.

Who is the Unitree Go2X for?

Developers who want to integrate their own PC and control the architecture (compute, OS, middleware, AI).
Labs / R&D teams working with specific hardware configurations (GPU, embedded compute, custom sensors).
Multi-robot / swarm robotics: scenarios where cost per unit and software consistency matter most.

Application areas

R&D in mobile robotics: locomotion, control, planning, and AI-based approaches.
Education: robotics, software integration, sensor projects, and practical labs.
Custom architecture: integration of compute and sensors based on project constraints (CPU/GPU, cameras, LiDAR, etc.).
Simulation & validation: iterations in Webots/Gazebo followed by tests on the real platform.
Autonomous navigation: experimentation with localization, mapping, and interaction using selected sensors.
Multi-robot: deploying multiple units for research and large-scale demonstrations.

Comparison table of Unitree Go2 quadruped robot versions

The Unitree Go2 is available in several versions designed for different uses, from robotics discovery to advanced development. Below is a comparison table of the Air, Pro, X and EDU models.

Specifications	Go2 Air	Go2 Pro	Go2 X	Go2 Edu Plus
Positioning	Consumer	Advanced consumer	Advanced version	Development / R&D
Dimensions standing	70 × 31 × 40 cm	70 × 31 × 40 cm	70 × 31 × 40 cm	70 × 31 × 40 cm
Dimensions crouching	76 × 31 × 20 cm	76 × 31 × 20 cm	76 × 31 × 20 cm	76 × 31 × 20 cm
Weight with battery	Approx. 15 kg	Approx. 15 kg	Approx. 15 kg	Approx. 15 kg
Materials	Aluminum alloy + high-strength engineering plastic	Aluminum alloy + high-strength engineering plastic	Aluminum alloy + high-strength engineering plastic	Aluminum alloy + high-strength engineering plastic
Voltage	28 V to 33.6 V	28 V to 33.6 V	28 V to 33.6 V	28 V to 33.6 V
Maximum power	Approx. 3000 W	Approx. 3000 W	Approx. 3000 W	Approx. 3000 W
Payload	≈ 7 kg (max. 10 kg)	≈ 8 kg (max. 10 kg)	≈ 8 kg (max. 12 kg)	≈ 8 kg (max. 12 kg)
Speed	0 to 2.5 m/s	0 to 3.5 m/s	0 to 3.7 m/s (max. 5 m/s)	0 to 3.7 m/s (max. 5 m/s)
Max. obstacle clearance height	Approx. 15 cm	Approx. 16 cm	Approx. 16 cm	Approx. 16 cm
Maximum slope	30°	40°	40°	40°
Onboard computing	Basic / not specified	8-core high-performance CPU	8-core high-performance CPU	8-core high-performance CPU
Max. joint torque	Not specified	Approx. 45 N.m	Approx. 45 N.m	Approx. 45 N.m
Aluminum knee motors	12	12	12	12
Wide-angle 4D LiDAR	Yes	Yes	Yes	Yes
Wide-angle HD camera	Yes	Yes	Yes	Yes
Tracking / vector positioning module	No	Yes	Yes	Yes
Foot-end force sensor	No	No	No	Yes
Basic actions	Yes	Yes	Yes	Yes
Auto-scaling strap	No	Yes	No	No
Intelligent OTA	Yes	Yes	Yes	Yes
RTT 2.0 / image transmission	Yes	Yes	Yes	Yes
Graphical programming	Yes	Yes	Yes	Yes
Front light	Yes	Yes	Yes	Yes
Dual-band Wi-Fi 6	Yes	Yes	Yes	Yes
Bluetooth 5.2 / 4.2 / 2.1	Yes	Yes	Yes	Yes
4G module (with GPS)	No	Yes	Yes	Yes
Voice functions	No	Yes	Yes	Yes
ISS 2.0 (intelligent side-following)	No	Yes	Yes	Yes
Intelligent detection and avoidance	Yes	Yes	Yes	Yes
Charging dock compatibility	No	No	Yes	Yes
Secondary development	No	No	Partial	Yes
Manual controller	Optional	Optional	Included	Included
High-performance computing module	No	No	No	NVIDIA Jetson Orin (optional, 40 to 100 TOPS)
Depth camera	No	No	No	Yes
Battery	Standard 8000 mAh	Standard 8000 mAh	Standard 8000 mAh	Long-endurance 15000 mAh
Battery life	Approx. 1 to 2 h	Approx. 1 to 2 h	Approx. 1 to 2 h	Approx. 2 to 4 h
Charger	Standard 33.6 V / 3.5 A	Standard 33.6 V / 3.5 A	Standard 33.6 V / 3.5 A	Fast charge 33.6 V / 9 A