The Chinese startup Agibot, specializing in humanoid robotics, has announced Q1, a compact AI-powered robot that can be easily “carried in a backpack”. Standing just 80 cm tall, Q1 weighs roughly eight times less than full-sized humanoids. The robot is equipped with a whole-body control system and rugged Quasi-Direct Drive joints. The Quasi-Direct Drive is a type of actuator providing precise force control and rapid dynamic response, which is crucial for humanoid robots emulating human movements. Its compact design makes Q1 safer and more accessible, bridging the gap between lab prototypes and consumer devices. Agibot positions Q1 as a platform for researchers, developers, and enthusiasts, offering opportunities for everyday interaction and innovation.
Agibot Q1 offers open SDK and HDK tools, an open-source shell for 3D printing, and no-code motion programming. Users can customize the robot’s appearance, program movements, and explore AI without specialized robotics knowledge. Built-in features include voice interaction, English language learning, dance training, and positioning.
The company has also launched the Qingtian Rent platform, offering humanoid robot rentals for various entertainment events and exhibitions. Agibot positions Q1 as the “first personal humanoid.” In December 2025, Agibot announced the production of its 5,000th robot, marking a significant milestone for the company, founded in February 2023. Agibot manufactures G, X, and A series robots for industrial, logistics, and other sectors.
Latest developments in humanoid robotics indicate a growing trend towards smaller, more versatile robots designed for personal and professional use. As AI technology advances, the integration of such robots into everyday life becomes more feasible, potentially transforming industries ranging from education to healthcare. With a focus on innovative features and user-friendly interfaces, Agibot’s Q1 is poised to make notable contributions to the field, offering a glimpse into the future of personal robotics and AI interaction.
