Swiss startup Embodied AI unveils AIR wheeled humanoid robot for factory automation
New wheeled humanoid robot learns factory jobs in a month, reports 95% success rate
Embodied AI has introduced AIR, a two-armed mobile robot with a tendon-driven compliant design intended for shared workspaces without safety cages. The system uses teleoperation to generate training data and transitions to autonomous operation within about a month, reporting an average task success rate of 95% across paid pilots in consumer electronics and automotive sectors. While the arm weighs approximately 2 kg and can lift 5 kg, overall dimensions and payload capacity remain undisclosed.
Embodied AI reports a 95% average task success rate across paid manufacturing pilots with consumer electronics and automotive partners, but does not disclose the number of tasks evaluated, trial duration, or specific test conditions; the robot transitions from teleoperation to autonomous operation within approximately one month.
Source: Robotics — Robot learning news discovery · Read original article ↗
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What the source reports
Publisher-reported claims, with original evidence. These results have not been independently verified by RoboSignal.
- Control
- Reported autonomousOpen source S8
Reported numbers
Reported success rate
95%
Summed sensor-hours
View original evidence
Swiss startup Embodied AI has unveiled AIR, a two-armed mobile robot designed to work alongside factory employees without requiring a safety cage. The company said AIR initially operates under remote supervision before learning to perform assigned tasks independently within about a month. Embodied AI reported an average task success rate of 95 percent across paid manufacturing pilots, including deployments with compa
Open source S2learning duration
≈1
View original evidence
ote human operator controlling the robot during its first shifts. These operations generate training data that the company’s AI system uses to learn the assigned task. Embodied AI says the robot can transition to autonomous operation within approximately one month, allowing it to take over work that initially required human supervision. Targets factory automation The company is not starting with an entirely untested
Open source S8payload capacity
5
View original evidence
losed so far concern the arm. According to an investor description, the tendon-driven unit weighs approximately 2 kilograms (4.4 pounds) and can lift to 5 kilograms (11 pounds). The company has not yet published AIR’s overall dimensions, weight, reach, battery capacity, or maximum payload. Another central feature is its approach to learning manufacturing tasks. AIR initially operates through teleoperation, with a rem
Open source S7arm weight
≈2
View original evidence
losed so far concern the arm. According to an investor description, the tendon-driven unit weighs approximately 2 kilograms (4.4 pounds) and can lift to 5 kilograms (11 pounds). The company has not yet published AIR’s overall dimensions, weight, reach, battery capacity, or maximum payload. Another central feature is its approach to learning manufacturing tasks. AIR initially operates through teleoperation, with a rem
Open source S7worker equivalent
3
View original evidence
many tasks it evaluated, how long the trials ran, or how it calculated the success rate. The company also said that, depending on the application, a single AIR unit could handle workloads equivalent to as many as three workers per shift. The robot’s initial deployment model combines human supervision with progressive automation rather than requiring complete autonomy before entering a factory. This allows manufacture
Open source S10team size
25
View original evidence
t requiring a conventional safety cage. Developed by a 25-person team spun out of the Swiss technical university EPFL, the robot combines a torso, two lightweight arms, and a wheeled base. Unlike conventional industrial robots that rely on rigid structures and external safety barriers, AIR uses a compliant mechanical design intended to reduce the risk of injury during accidental contact. The robot’s architecture cent
Open source S4lift capacity
5
View original evidence
losed so far concern the arm. According to an investor description, the tendon-driven unit weighs approximately 2 kilograms (4.4 pounds) and can lift to 5 kilograms (11 pounds). The company has not yet published AIR’s overall dimensions, weight, reach, battery capacity, or maximum payload. Another central feature is its approach to learning manufacturing tasks. AIR initially operates through teleoperation, with a rem
Open source S7
- paper: not_reported
- code: not_reported
- weights: not_reported
- dataset: not_reported
What remains unknown
Not established in the collected evidence: Environment, Data origin.
Reported performance applies to the described task. It does not establish general autonomy or deployment readiness.
Source excerpts and review record
Automatically extracted; no manual editorial approval recorded.
Swiss startup Embodied AI has unveiled AIR, a two-armed mobile robot designed to work alongside factory employees without requiring a safety cage. The company said AIR initially operates under remote supervision before learning to perform assigned tasks independently within about a month. Embodied AI reported an average task success rate of 95 percent across paid manufacturing pilots, including deployments with compa
Open source S2
ote human operator controlling the robot during its first shifts. These operations generate training data that the company’s AI system uses to learn the assigned task. Embodied AI says the robot can transition to autonomous operation within approximately one month, allowing it to take over work that initially required human supervision. Targets factory automation The company is not starting with an entirely untested
Open source S8
losed so far concern the arm. According to an investor description, the tendon-driven unit weighs approximately 2 kilograms (4.4 pounds) and can lift to 5 kilograms (11 pounds). The company has not yet published AIR’s overall dimensions, weight, reach, battery capacity, or maximum payload. Another central feature is its approach to learning manufacturing tasks. AIR initially operates through teleoperation, with a rem
Open source S7
many tasks it evaluated, how long the trials ran, or how it calculated the success rate. The company also said that, depending on the application, a single AIR unit could handle workloads equivalent to as many as three workers per shift. The robot’s initial deployment model combines human supervision with progressive automation rather than requiring complete autonomy before entering a factory. This allows manufacture
Open source S10
t requiring a conventional safety cage. Developed by a 25-person team spun out of the Swiss technical university EPFL, the robot combines a torso, two lightweight arms, and a wheeled base. Unlike conventional industrial robots that rely on rigid structures and external safety barriers, AIR uses a compliant mechanical design intended to reduce the risk of injury during accidental contact. The robot’s architecture cent
Open source S4
Source：Robotics — Robot learning news discovery · msn.com