Robin is an AI-powered mobile bimanual robot developed by Roboligent Inc. (Austin, USA) for intelligent manufacturing automation. It combines a mobile base with dual compliant arms based on patented force-control soft robotics technology, enabling safe and precise collaboration alongside human workers. Robin uses imitation learning so it can quickly master new tasks from human demonstrations, targeting material handling, machine tending, and logistics in smart factories.
Primary use case: Manufacturing
Height
150 cm
Weight
80 kg
DOF
14
Payload
10 kg
Height
150 cm
Weight
80 kg
Degrees of Freedom
14
Locomotion
Wheeled
Max Speed
4.5 km/h
Payload
10 kg
Max Lift/Arm
10 kg
Availability
In Development
Primary Use Case
Manufacturing
Amazon now operates over 1 million robots across its warehouses while still employing 1.5 million human workers, making it both the largest operator of robots and the second-largest corporate employer in the world. The company's robotic fleet includes wheeled mobile robots like Hercules, Titan, and Proteus, along with increasingly capable robotic arms like Robin, Cardinal, Sparrow, and the newest touch-sensitive Vulcan, many powered by AI foundation models. While Amazon executives argue robots reduce injury risks by taking on dangerous tasks, labor advocacy groups cite data showing higher injury rates at robotic warehouses, raising questions about the human cost of automation at scale.
Expper Technologies' Robin is a socially assistive robot deployed in approximately 30 hospitals, dental clinics, and adult care facilities to help keep patients calm and cooperative. The kid-sized robot interacts through speech, providing emotional support by listening, playing with children, and sharing its own fictional backstory to help ease anxiety during medical procedures.
Autonomique Inc. is deploying its physical AI platform and mobile manipulator at F&P Manufacturing Inc., a Tier 1 automotive supplier in Canada. The company aims to address persistent labor shortages, rising costs, and growing production complexity that traditional fixed automation cannot handle. The announcement highlights that many robotics systems remain demo-grade and fail under real production demands.