VQV Signal
According to a post on X by @clankrmedia, the account shared a laid-out photo of every component in Asimov, the open-source humanoid robot developed by Menlo Research. The post was meant to show how many parts a humanoid takes. It also points out how much hardware goes into even an open design that anyone can study and build on. The source is a social post, and the provided text does not give a part count or other technical specifications.
According to a post on X by @clankrmedia, the account shared a laid-out photo of every component in Asimov, the open-source humanoid robot developed by Menlo Research. The post was meant to show how many parts a humanoid takes. It also points out how much hardware goes into even an open design that anyone can study and build on. The source is a social post, and the provided text does not give a part count or other technical specifications.
AI-assisted summary based on the listed source.
Clankr Media posted a laid-out photo of every component in Asimov, the open-source humanoid robot developed by Menlo Research, to show just how many parts a humanoid takes. The post is a reminder of how much hardware goes into even an open design that anyone can study and build on. Original post on X
Builders and robotics researchers interested in studying or replicating an open humanoid design can see the scale of hardware involved. Businesses and investors weighing humanoid robots may take from this that component count is a major part of the build. Anyone wanting more detail should look for Menlo Research's own documentation rather than relying on this photo alone.
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VQV surfaced this signal because it is recent, relevant to Robotics, connected to Scobleizer News Pulse (X).
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