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Unitree Go2 robot dog in the Project Fetch experiment
Anthropic · Project Fetch

Unitree Go2

Unitree Go2

Robot dog video controller and autonomous ball approach

Custom code uses the robot’s camera, sensors and motors to approach and move a ball. A separate computer supplies custom camera, sensor and motion-control logic.

YOUR WAY IN
Supervised robot-control software
SETUP
Advanced setup

Why customize Unitree Go2?

Custom code uses the robot’s camera, sensors and motors to approach and move a ball. A separate computer supplies custom camera, sensor and motion-control logic.

A good fit for

Robot with onboard camera and LiDAR. Robot dog video controller and autonomous ball approach.

Not the right fit for

A guaranteed plug-and-play recreation without the listed hardware revisions, accessories and software setup.

Compatibility

Exact hardware
Unitree Go2
Software route
Supervised robot-control software
Where code runs
A separate computer supplies custom camera, sensor and motion-control logic.
Development tools
A laptop, a coding agent such as Claude Code or Cursor, and the tools listed in the guide.
Evidence
Source-reviewed creator project. Not hands-on tested.

Project ideas

  • 01Robot dog video controller and autonomous ball approach

Getting started

  1. 01

    Check your model and revision

    Air/Pro/EDU edition and firmware were not disclosed; SDK access must be checked before buying. The project identifies the Go2 family but not its edition. Confirm SDK access and edition-specific capabilities before purchasing.

  2. 02

    Read the creator’s setup

    Full autonomous fetch was not completed. Keep a human supervisor and a clear operating area; collision hazards remain.

  3. 03

    Start with a reversible test

    Follow the linked project source before changing the device. Back up existing configuration, keep credentials private and stop if your hardware differs from the documented version.

Setup & technical references

Starter prompt

Help me plan robot dog video controller and autonomous ball approach using Unitree Go2. Read https://www.anthropic.com/research/project-fetch-robot-dog and its supporting sources first. A separate computer supplies custom camera, sensor and motion-control logic. Full autonomous fetch was not completed. Keep a human supervisor and a clear operating area; collision hazards remain. Confirm my exact hardware and required accessories, explain what is missing, and propose one reversible test. Ask before flashing firmware, changing privileged system settings or moving physical hardware.

Confirm your exact hardware before running device-changing commands.

Common questions

Where does my software run?

A separate computer supplies custom camera, sensor and motion-control logic.

What should I check before buying?

Product family; robot edition not disclosed. Air/Pro/EDU edition and firmware were not disclosed; SDK access must be checked before buying. The project identifies the Go2 family but not its edition. Confirm SDK access and edition-specific capabilities before purchasing. Stock and delivery region are not confirmed. Check exact model and bundle contents with the seller.

What are the setup risks?

Full autonomous fetch was not completed. Keep a human supervisor and a clear operating area; collision hazards remain.

Where to buy

Product family; robot edition not disclosed. Air/Pro/EDU edition and firmware were not disclosed; SDK access must be checked before buying. The project identifies the Go2 family but not its edition. Confirm SDK access and edition-specific capabilities before purchasing. Stock and delivery region are not confirmed. Check exact model and bundle contents with the seller.

Search Amazon (unverified)

View hardware source

Search fallback only. No Amazon listing, stock, price or exact revision has been verified for this entry. Prefer the linked manufacturer or hardware source and check your region.

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