Mino Robot Touch Reflex Protects Motors but Conflates Axes
Chris Paxton retweeted a post on the Mino robot touch reflex and its limits.
Chris Paxton retweeted a comment on the Mino robot. The post states that touch operates as a low-level reflex to stop motors and servos from damage. It adds that the same reflex still mixes human and object axes. Paxton leads AI at Agility Robotics and has worked on embodied AI at Meta FAIR. The packet shows only this retweet and the original post. No other sources in the packet confirm the reflex behavior or its effects. The visible exchange stays limited to these two accounts and the shared description.
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2 posts, first seen 4h ago
Mino Robot Touch Reflex Protects Motors but Conflates Axes
Chris Paxton retweeted a post on the Mino robot touch reflex and its limits.
Chris Paxton retweeted a comment on the Mino robot. The post states that touch operates as a low-level reflex to stop motors and servos from damage. It adds that the same reflex still mixes human and object axes. Paxton leads AI at Agility Robotics and has worked on embodied AI at Meta FAIR. The packet shows only this retweet and the original post. No other sources in the packet confirm the reflex behavior or its effects. The visible exchange stays limited to these two accounts and the shared description.
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2 postsNM 
Nacho Mellado@uavster@chris_j_paxton Touch in Mino is a low-level reflex that prevents damage of motors and servos, but still conflates the axes (humans, objects, itself). If something pushed it towards the stairs, wheel motors would just give in. I def can see impedance dictated by a fast critic in…
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CP