Unitree Go2 Pro – Quadruped Robot with Graphical Programming The Unitree Go2 Pro is a high-performance quadruped robot designed for schools, universities and makers who want more capability than the Go2 Air, without stepping all the way up to the research-focused EDU model. Go2 Pro keeps the same proven 4D LiDAR and locomotion platform, and adds graphical programming support so students can build behaviours using an intuitive block-based interface before moving on to traditional coding. Where Go2 Pro fits in Think of Go2 Pro as the “step-up” model from Go2 Air: same core hardware, faster and more responsive behaviour, and the crucial addition of graphical programming. It’s ideal when you want students to design and test behaviours on a real quadruped without needing to manage the full complexity of the EDU platform. More performance than Go2 Air for smoother, more dynamic demos. Graphical programming support so students can build behaviours using blocks. Same familiar platform as Go2 (4D LiDAR L1, HD camera, smart battery). Good bridge between simple app control and full code/SDK development. Simpler than EDU – no extra research-grade AI stack or complex extensions by default. Available in 3 packages: Air, Pro and Edu. 4D Ultra-wide LIDAR as standard Weight: 15kg Ideal for consumers, schools, universities, research, and industrial applications. Advanced AI ModeThrough large-scale AI simulation training, the Go2 robot has learned advanced gaits such as upside-down walking, adaptive roll-over, and climbing over obstacles, with excellent flexibility and stability at the same time. Various Actions and posesGo2 boasts a variety of poses such as jumping, stretching, shaking hands, cheering, pouncing, and sitting down. Battery capacity and endurance upgraded by 150%Go2 is equipped with a battery capacity increased to 8,000mAh, as a 15,000mAh ultra-long life battery is optional, and a voltage increased to 28.8V to improve motor efficiency, power and stability. ISS2.0 Intelligent Side-follow SystemBy adopting the new wireless vector positioning and control technology, the positioning accuracy is technically upgraded by 50%, the remote control distance is over 30m, and combined with the optimised obstacle avoidance strategy, it can make the robot better traverse complex terrain. 3D LiDAR MappingWith L1 LiDAR and a dedicated App, you can construct point cloud map within a certain area, and specify a path for Go2 to move autonomously. Pushing boundaries with technologyThe Unitree Go2 Pro is compatible with a wide variety of payloads, such as robotic arms, depth cam Specifications Go2 Air Go2 Pro Go2 Edu Dimensions standing 70x31x40cm 70x31x40cm 70x31x40cm Dimensions crouching 76x31x20cm 76x31x20cm 76x31x20cm Weight (with battery) 15kg 15kg 15kg Material Aluminium alloy & high-strength plastic Aluminium alloy & high-strength plastic Aluminium alloy & high-strength plastic Voltage 28V - 33.6V 28V - 33.6V 28V - 33.6V Peak capacity 2000W 2000W 2000W Payload 7kg 8kg 8kg Max speed 2.5m/s 3.5m/s 3.7m/s Max climb height 15cm 16cm 16cm Max climb angle 30° 40° 40° Range of motion Body: -48° to 48°Thigh: -200° to 90°Shank: -156° to -48° Body: -48° to 48°Thigh: -200° to 90°Shank: -156° to -48° Body: -48° to 48°Thigh: -200° to 90°Shank: -156° to -48° Intra-joint circuit Yes Yes Yes Joint Heat Pipe Cooler Yes Yes Yes Wireless Vector Positiing Module No Yes Yes LiDAR FOV 360° x 90° 360° x 90° 360° x 90° Intelligent Detection & Avoidance Yes Yes Yes HD Wide-angel camera Yes Yes Yes Foot-end force sensor No No Yes Basic Actions Yes Yes Yes Auto-scaling strap No Yes Yes Upgraded Intelligent OTA Yes Yes Yes RTT 2.0 image transmission Yes Yes Yes Graphical programme Yes Yes Yes Front light Yes Yes Yes WiFi6 with dual-band Yes Yes Yes Bluetooth 5.2/4.2/2.1 Yes Yes Yes 4G Module (China & EU) No Yes Yes Voice Function No Yes Yes ISS 2.0 Intelligent side-follow Yes Yes Yes UWB Following No Yes Yes Charging plate compatibility No No Yes Manual Controller Optional Optional Yes High computing power module No No NVIDIA Jetson Orin (optional) Battery 8,000mAh 8,000mAh 15,000mAh (endurance) Battery Life 1-2h 1-2h 2-4h Charger 33.6V 3.5A 33.6V 3.5A 33.6V 9A Warranty 6 months 1 year 1 year Graphical programming for real quadruped behaviours Go2 Pro supports creating behaviours using a visual, block-based programming environment. Students can drag and drop blocks to: Sequence movements (walk forward, turn, sit, stand). React to simple events (start/stop, basic sensor triggers). Design patrol routes and show-and-tell demos. Combine timing and control blocks into repeatable “routines”. This makes Go2 Pro particularly useful for Years 7–10 and introductory tertiary courses, where you want to teach core autonomy concepts without dropping students straight into SDK-level code. Go2 Pro – key specifications Speed Up to around 3.5 m/s (surface dependent) Climb Approx. 40° maximum climb angle Payload Nominal payload around 8 kg (up to ~10 kg) Perception 4D LiDAR L1, HD front camera, IMU and joint sensors Control Mobile app control, graphical programming; SDK available for code-based work Connectivity Wi-Fi 6 / Bluetooth; 4G eSIM support depending on configuration Go2 Air vs Go2 Pro vs Go2 EDU (at a glance) This is a high-level guide only – for full specifications, refer to the official Unitree documentation. Model Best for Programming Go2 Air Entry-level demos, basic autonomy App control, SDK Go2 Pro Intermediate EDU and makers; more dynamic locomotion App control, graphical programming + SDK Go2 EDU Research-level AI and advanced autonomy Full SDK, AI/SLAM stack and research extensions Why Go2 Pro suits Australian classrooms More capable than Go2 Air, but simpler to manage than EDU. Graphical programming lowers the barrier for new students and staff. Supports progression: app → blocks → SDK coding. Good fit for Digital Technologies and STEM extension projects. Suggested accessories These add-ons help you get the most out of Go2 Pro in a teaching or maker environment. Long-life battery (15,000 mAh) for extended sessions. Remote controller for smoother outdoor demos. Depth camera or LiDAR upgrades if you plan to grow toward EDU-style projects later. FAQs Does Go2 Pro include the same AI stack as Go2 EDU? No. Go2 Pro focuses on enhanced locomotion and graphical programming support. The EDU model adds extra research-grade capabilities and deeper AI integration for advanced labs. What kind of programming can students do? Students can start with app control and graphical, block-based programming to sequence moves and behaviours. More advanced users can move on to SDK-based coding in supported languages. When should we choose EDU instead of Pro? Choose EDU if you require full AI/SLAM pipelines, heavier payloads and research-grade autonomy. Choose Pro when your main goal is robust quadruped locomotion, demos and graphical programming in an EDU or maker setting. Updated December 2025 • High-level overview only. Refer to official Unitree documentation for detailed specifications.
