A next-generation humanoid platform built for the AI era.
Rainbow Robotics' mobile dual-arm robot platform is designed to manipulate objects with both arms and move to the required location, based on precision control and multi-degree-of-freedom motion technologies accumulated through humanoid research.
For general-purpose work that fixed robots struggle to perform, unstructured environments, and manipulation scenarios that require movement, it proposes a robot platform that integrates manipulation and mobility in one system.
Rainbow Robotics combines stable actuator technology proven in collaborative robots with humanoid-level multi-degree-of-freedom motion control to provide a next-generation robot ecosystem capable of both precision manipulation and mobile work.
Key Features
By combining mobility and dual-arm manipulation, the robot can move between multiple work points and perform continuous tasks without being limited to a fixed position.
Based on a two-handed manipulation structure, human work patterns can be implemented with robots for repetitive tasks, assistive work, and unstructured manipulation.
As a mobile platform rather than fixed equipment, the robot can be flexibly deployed and operated according to layout changes, process changes, and temporary tasks.
It provides an environment for collecting manipulation and task data and expanding into teleoperation, simulation, and AI learning.
By combining mobility and dual-arm manipulation, the robot can move between multiple work points and perform continuous tasks without being limited to a fixed position.
Based on a two-handed manipulation structure, human work patterns can be implemented with robots for repetitive tasks, assistive work, and unstructured manipulation.
As a mobile platform rather than fixed equipment, the robot can be flexibly deployed and operated according to layout changes, process changes, and temporary tasks.
It provides an environment for collecting manipulation and task data and expanding into teleoperation, simulation, and AI learning.
A mobile dual-arm robot that perceives, moves, and manipulates like a person
The RBY Series implements precise dual-arm manipulation, mobility-based work expandability, and AI and teleoperation technologies in one system, making it a next-generation humanoid robot platform for research, industrial, and service fields.
For teleoperation and motion data collection
Leader Arm is a Leader-Follower teleoperation system designed with the same dual-arm structure as the RBY Series, using precise dual-arm control (7DoF x 2) to measure human movement accurately and transmit it directly to the robot.
