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Asimov v1 Open-Source Humanoid Robot Costs $15K

robotics open source humanoid open-source embodied-ai

Key insights

  • Asimov v1 costs approximately $15,000 as a self-sourced kit, versus millions for commercial humanoid robots from Figure AI or Boston Dynamics.
  • The robot's full hardware design files are publicly available on GitHub, enabling any lab or startup to build and modify it independently.
  • Running on Raspberry Pi 5 and Radxa CM5, Asimov v1 avoids proprietary silicon and taps an existing global developer ecosystem.

Why this matters

For AI researchers and robotics startups, Asimov v1 removes the capital prerequisite that has gatekept embodied AI experimentation to well-funded labs, potentially accelerating the iteration cycle on whole-body control and manipulation policies the way cheap GPUs accelerated deep learning. Founders building embodied AI products now have a reference platform they can fork and modify without signing NDAs or acquiring expensive commercial units, compressing the time from research insight to prototype. The open-source release also creates a coordination point for the fragmented academic robotics community, likely producing a shared dataset and software ecosystem that proprietary platforms cannot match on breadth of contributors.

Summary

Asimov v1 is a fully open-source humanoid robot with 25 degrees of freedom, now available as a self-sourceable kit for approximately $15,000, with complete hardware design files published on GitHub. The robot runs on a Raspberry Pi 5 and Radxa CM5, meaning every component can be independently sourced and swapped. That compute stack keeps the build within reach of university labs and early-stage startups that cannot compete with the hundreds of millions Figure AI and Boston Dynamics have raised to fund proprietary hardware. Essentially: (Asimov project, open-source robotics community) are doing to humanoid hardware what Linux did to server software. - Full design files on GitHub lower the barrier to embodied AI research by orders of magnitude versus commercial platforms. - 25 degrees of freedom puts Asimov v1 mechanically competitive with early commercial humanoids at a fraction of the cost. - The Raspberry Pi 5 and Radxa CM5 compute stack means no proprietary silicon dependency and a large existing developer ecosystem. With humanoid robotics attracting record venture investment in 2025 and 2026, Asimov v1 arrives at the moment when open alternatives to well-funded closed platforms carry the most strategic weight for the research community.

Potential risks and opportunities

Risks

  • Commercial humanoid vendors (Figure AI, Apptronik) could accelerate IP filings around specific actuator or control architectures now documented openly, creating patent thickets that constrain future open-source contributors.
  • Research labs that build internal tooling on Asimov v1 hardware face supply-chain fragility if any of the self-sourced commodity components (Raspberry Pi 5, Radxa CM5) face allocation shortages in the next 12 months.
  • Without a coordinating foundation or maintainer organization, the GitHub repository risks fragmentation into incompatible forks, diluting the network effects that make the open platform valuable to the research community.

Opportunities

  • Embodied AI software companies (Physical Intelligence, Hugging Face's LeRobot team) gain a low-cost reference hardware target that could significantly expand their developer communities.
  • Component distributors and systems integrators specializing in Raspberry Pi and Radxa modules could position Asimov v1 kitting and support services as a recurring revenue line targeting university robotics departments.
  • Early-stage investors focused on embodied AI applications (manipulation, logistics, elder care) now have a $15,000 entry point to fund portfolio companies that can prototype without a hardware fundraise, compressing seed-to-demo timelines.

What we don't know yet

  • Whether the $15,000 kit cost assumes access to specific regional suppliers or reflects globally available component pricing as of May 2026.
  • What actuator technology underlies the 25 degrees of freedom and whether torque and payload specs are competitive with commercial platforms at higher price points.
  • Whether any embodied AI software frameworks (LeRobot, Isaac Lab, ROS 2) have already announced official Asimov v1 support or integration roadmaps.

Originally reported by hackaday.com

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Original headline: Asimov v1: $15,000 Open-Source Humanoid Robot With 25 Degrees of Freedom Releases Full Design Files on GitHub