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what is awesome-embodied-metal fr?

mission-robotics-ai/awesome-embodied-metal — explained in plain English

Analysis updated 2026-05-18

1HTMLAudience · developerComplexity · 3/5Setup · hard

tl;dr

A curated index of every robotics project built at the Embodied Metal Hackathon, ranked by how easy each one is to clone and reuse.

vibe map

mindmap
  root((repo))
    What it does
      Indexes hackathon projects
      Ranks by clonability
      Links to each repo
    Tech stack
      Python
      Rerun SDK
      LeRobot
      Robot arm drivers
    Use cases
      Find reusable robot code
      Compare project readiness
      Browse award winners
    Audience
      Robotics developers
      Hackathon participants
      AI hobbyists

Code map

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what do people make with this?

VIBE 1

Find a hackathon robotics project that is ready to clone and run without modification.

VIBE 2

Browse reference implementations for controlling SO-101 robot arms with VLA models.

VIBE 3

See which projects use the Rerun visualization SDK and how they integrate it.

VIBE 4

Compare project readiness levels before choosing one to build on.

what's the stack?

PythonRerun SDKLeRobotOpenCVROS-adjacent robotics

how it stacks up fr

mission-robotics-ai/awesome-embodied-metalabhas9/escape-runabhishek-kumar09/mern-live-js-june-2021
Stars111
LanguageHTMLHTMLHTML
Last pushed2021-09-13
MaintenanceDormant
Setup difficultyhardeasymoderate
Complexity3/52/52/5
Audiencedevelopergeneraldeveloper

Figures from each repo's GitHub metadata at analysis time.

how do i run it?

Difficulty · hard time til it works · 1day+

Most linked projects need specialized robot hardware like SO-101 arms and calibrated cameras to fully run.

in plain english

This repository is a curated list of every project built at the Embodied Metal Hackathon, a robotics event held in San Francisco in July 2026. It is not a single piece of software, but a directory pointing to many separate robot projects, each built using hardware like SO-101 robot arms and AI models designed to control physical robots, called VLA models. The idea is that people can browse this list and clone or reuse whichever project's code is useful to them. Projects are sorted by how easy they are to reuse, starting with ones you can clone and run right away, then ones that need some setup, then ones that mainly serve as reference code to read rather than run directly. The README lists hackathon winners first, including a robot project that performs cleaning tasks, an autonomous soccer goalkeeper robot, and a tool for resetting physical spaces, along with other prize categories for a data visualization tool called Rerun and various Arduino based hardware entries. For each project, the README describes what it does, lists the specific files and features it includes, states its technology stack such as Python, specific robot arm drivers, camera libraries, and AI frameworks, and rates how ready it is to run, from fully working with a one command setup script to requiring real physical hardware like calibrated robot arms and cameras. Some project descriptions are notably honest about limitations, pointing out where a planned feature like automatic verification was shipped disabled, or where a claimed capability does not fully match what the code actually does. Because this is an index of many independently authored projects rather than one unified codebase, using any specific project means following the links to that project's own repository and reading its individual setup instructions there. The full README is longer than what was shown.

prompts (copy fr)

prompt 1
List the top prize winning projects in this hackathon list and what each one does.
prompt 2
Help me find a project in this list I could clone and run without needing a physical robot.
prompt 3
Explain what the Physical Agents project's tech stack and setup process looks like.
prompt 4
Which projects in this list use the Rerun Query API versus just the Rerun Viewer?

Frequently asked questions

what is awesome-embodied-metal fr?

A curated index of every robotics project built at the Embodied Metal Hackathon, ranked by how easy each one is to clone and reuse.

What language is awesome-embodied-metal written in?

Mainly HTML. The stack also includes Python, Rerun SDK, LeRobot.

How hard is awesome-embodied-metal to set up?

Setup difficulty is rated hard, with roughly 1day+ to a first successful run.

Who is awesome-embodied-metal for?

Mainly developer.

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