OpenLoong University Tour Visits BUPT and USTB
Exploring the future of embodied intelligence, control frameworks, and open-source ecosystem with experts from Zhiyuan and GitCode
The four-wheeled lifting arm robot ADORA 2 MAX is a universal mobile robot developed based on the DORA open-source robot middleware. Equipped with 6 or 7 DOF intelligent robotic arms, multi-channel vision sensors, LiDAR, and mobile chassis, it is primarily used for indoor embodied AI data collection, automation deployment, and intelligent task execution.
The three-wheeled lifting arm robot ADORA 2 Pro features a compact chassis design for enhanced maneuverability in narrow environments. Equipped with 6 or 7 DOF robotic arms, 4-channel vision sensors, LiDAR, microphone array, and touchscreen display, it is ideal for indoor embodied AI data collection, automation deployment, and voice/video interactive intelligent task execution.
ADORA 2 Mini is an economical indoor wheeled robot research, algorithm validation, and educational platform developed based on the Dora open-source robot middleware, supporting embodied AI research, AI algorithm validation, and related educational practices.
ADORA 1 Pro is a four-wheeled robot equipped with DC brushless servo motor wheel hubs, suitable for various indoor and outdoor scenarios with heavy payload capacity and off-road capability. The robotic arm features 7 or 6 DOF, with a lightweight and flexible design for multiple applications. Equipped with LiDAR and vision sensors for real-time environmental perception.
ADORA 1 Nano is a low-cost mobile manipulation robot designed for education. Equipped with a lightweight 6 DOF intelligent robotic arm, vision sensors, and mobile chassis, it comes with open-source software providing complete AI model training services from data collection to training and inference.
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A new generation of Robots who can learn from you
Adora Robots are powered by embodied AI that continuously evolves by interacting with the environment and learning directly from users. Unlike traditional industrial robots constrained by strict, rule-based behaviors, Adora robots adapt and improve their capabilities dynamically.
Featuring intuitive data collection tools, Adora robots can easily master household tasks demonstrated by users, including cleaning, organizing tables, doing laundry, handling fruits, and even cooking, making everyday life simpler.
With a multimodal brain capable of understanding visual and language inputs, users can naturally and effortlessly instruct the robot through speech or visual cues, making interactions seamless and intuitive.
Adora robots connect to a vibrant community, sharing knowledge and experiences through collective "brains." This collaborative approach enables rapid skill improvement across all robots, enhancing their effectiveness quickly.
Providing full-duplex, low-latency natural conversations, Adora robots offer genuine emotional companionship. Users can personalize the robot's voice, making interactions feel familiar, comforting, and uniquely tailored to individual preferences.
Built on the powerful open-source robot operating system, DORA, Adora robots feature an intuitive, dataflow-based computing model with a Python interface. This empowers hackers, hobbyists, and developers to deeply customize robot functionalities, integrating personal models and workflows seamlessly with both cloud and local processing capabilities.
Exploring the future of embodied intelligence, control frameworks, and open-source ecosystem with experts from Zhiyuan and GitCode
与智源和GitCode专家共同探讨具身智能的未来、控制框架和开源生态建设
Adora Robot team provides underlying software and hardware technical support
Adora机器人团队提供底层软硬件技术支持
ADORA robots empower research, education, business applications, and home life with accessible intelligence