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Unitree quadruped robots
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Unitree quadruped robots include the Go2 Air and Go2 Pro walking robots and the Go2-W U1 mobile robot with wheels and legs. These platforms support robotics learning, programmed movement and inspection projects. Choose according to the intended task, terrain and control functions, from creating movement routines to developing warehouse inspection and internal logistics applications.
Unitree quadruped robots cover robotics learning, movement experiments and inspection applications. Unitree Go2 Air and Unitree Go2 Pro use articulated legs and support graphical programming for custom motion sequences. Unitree Go2-W U1 combines wheels and legs for travel across paved and mixed terrain. Its intended applications include warehouse patrols, industrial inspections and the development of internal logistics and autonomous delivery systems.
How to choose Unitree quadruped robots
Start with the task and the route. Learning projects benefit from accessible motion programming and camera feedback, while operator following requires dedicated tracking functions. For inspection work, compare surface conditions, step heights and operating time. Handling also matters: Go2 Air and Go2 Pro weigh approximately 15 kg with their batteries, while Go2-W U1 weighs approximately 18 kg. Match the platform's functions to the project rather than choosing by maximum travel speed alone.
- Learning and programming: Unitree Go2 Air supports movement routines through a graphical app interface. Its wide-angle HD camera streams video to the mobile app.
- Tracking and control: Unitree Go2 Pro includes ISS 2.0 operator tracking and a wearable controller. It also supports English voice commands and 4G LTE connectivity with eSIM.
- Mobility: Go2 Air handles steps of approximately 15 cm, compared with approximately 16 cm for Go2 Pro. Go2-W U1 uses 7-inch pneumatic tires and 16 articulated joint motors.
- Environmental sensing: Go2 Air and Go2 Pro use 3D LiDAR. Go2-W U1 includes 4D LiDAR and an Intel RealSense D435i depth camera.
- Battery runtime: Go2 Pro has a stated operating time of 1–2 hours. Go2-W U1 offers 2–4 hours, depending on payload and operating mode.
Go2 Air and Go2 Pro provide functions for movement demonstrations and practical robotics sessions. For inspection development, Go2-W U1 adds NVIDIA Orin NX computing with 40 TOPS of AI processing capability.
Frequently Asked Questions
Which Unitree robot is intended for learning robotics?
Unitree Go2 Air is designed for robotics learning and practical experiments. The Go2 Air app provides graphical programming for custom movement routines and live HD camera video.
Does Unitree Go2 Pro support voice control?
Unitree Go2 Pro accepts voice commands in English without requiring the mobile app to be opened. Go2 Pro also includes ISS 2.0 operator tracking with a wearable controller.
Why does Unitree Go2-W U1 have both wheels and legs?
Unitree Go2-W U1 uses wheels for travel on flat surfaces and articulated legs for stairs and uneven terrain. This combination supports inspection patrols and internal logistics development projects.
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