Lightweight Design, Easy to Mount on Devices
Featuring a distinctive lightweight design, the AIRBOT Play is a highly integrated 6DOF intelligent robotic arm. It boasts a high loadtoweight ratio while delivering outstanding safety, reliability, userfriendliness and portability. It can be effortlessly mounted on various common mobile robot platforms including desktop stations, wheeled robots, wheellegged robots, quadruped robots and drones, to perform desktop and mobile manipulation tasks in diverse scenarios.
Powered by large language models, it maintains consistent intelligent performance at all times.
Leveraging large language models, AIRBOT Play can understand natural language commands and plan movements automatically. Users can control the robot without any programming background, enabling even beginners to easily direct it to accomplish set tasks. It also features rapid scene scanning. Combined with a highfidelity simulator, it realizes the RSR loop connecting the physical and digital worlds, accelerates the training of embodied intelligence models, and continuously improves algorithm performance.
Open and Scalable, Explore Infinite Possibilities
AIRBOT Play enables the integrated application of various mobile platforms, processors, sensors and actuators. Users can freely combine and match them as needed. It provides calling interfaces and development kits for Python, C++ and ROS2, covering the entire process of robot application development. Secondary development can be easily implemented based on AIRBOT Play.
AIRBOT Play offers a comprehensive software toolchain and delivers customized solutions for vertical industries. It provides onestop services including data collection, algorithm modeling and application deployment, helping customers achieve innovation in embodied intelligence applications.
AIRBOT Play is equipped with simulation deployment functions and provides safe debugging conditions. The highfidelity simulation environment supports endtoend simulation for embodied intelligence algorithms, greatly improving the efficiency of algorithm research, development and verification.
A fullprocess software toolchain supporting customizable data collection, data processing, data labeling and review, model training, model evaluation and model deployment. It is compatible with multiple robot bodies and can provide data collection factory and laboratory equipment solutions of small, medium and large scales.
