Safety-first design
Safe as a matter of physics, not policy. Juno limits force in the joint and moves in ways people can read — so it stays safe even when software isn't perfect.
Force limited in the joint
Compliant, back-drivable actuation means Juno yields on contact as a property of the mechanism — not a mode the software has to maintain.
- Back-drivable joints
- < 40 N contact ceiling
- Yields on contact
Sensing you can trust twice
Redundant torque sensing watches every joint, so a single fault degrades gracefully instead of dangerously.
- Redundant torque sensing
- Graceful degradation
- Fail-safe stops
Motion people can read
Quiet, expressive, predictable movement lets people around Juno anticipate what it will do — the social half of safety.
- 46 dB operating noise
- Expressive intent cues
- Predictable paths
- < 40 N
- contact force ceiling
- 46 dB
- operating noise
- 2×
- redundant torque sensing
- 0
- safety modes to trust
What teams say
Operators, safety leads, and researchers on what changes once Juno is on the floor.
We had Juno on the floor within a week. It hasn't stopped since — and it's measurably better every month.
The compliance is the whole story. Our team stopped thinking of it as ‘the robot’ the day it arrived — it just belongs there.
Quotes are illustrative, for this demo brand.
Common questions
Developers building embodied AI, enterprises piloting physical automation, and researchers who need a capable, well-documented humanoid platform.
Read the safety approach
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