China's Star Dynamics Showcases Full-Stack Embodied Family at 2026 World Robot Conference

en.Wedoany.com Reported - Star Dynamics presented its full lineup of embodied products at the 2026 World Robot Conference (WRC 2026), highlighting the industry's first embodied logistics solution to achieve PMF (Product-Market Fit) validation. The exhibits included the full-size bipedal humanoid robot Xingdong L7, the fully direct-drive dexterous hand XHAND series, and the commercial service robot Xingdong Q5. The conference was held from August 19 to 23 at the Beijing Yizhuang Beiren Yichuang International Convention and Exhibition Center, under the theme "Human-Machine Symbiosis, Industry-Demand Integration."

Star Dynamics' booth was organized around four dimensions: scenario symbiosis, body symbiosis, manipulation symbiosis, and form symbiosis. The scenario symbiosis dimension showcased a full-stack embodied intelligence solution for the logistics industry, where robots are integrated into real operational scenarios, collaborating with frontline workers to complete sorting tasks. This solution has been deployed in routine operations across more than ten logistics centers nationwide in partnership with SF Express and China Post, and was recently commended and promoted by a spokesperson of the Ministry of Foreign Affairs.

The body symbiosis dimension corresponded to the full-size bipedal humanoid robot Xingdong L7. Featuring 55 high degrees of freedom, this model demonstrated full-body teleoperation that replicates human movements at a 1:1 ratio. Star Dynamics noted that the real motion data and human-robot interaction data generated through teleoperation can be used for training and iteration of embodied world models and VLA policies; the stable whole-body motion base provides a validation platform for embodied models transitioning from virtual simulation to physical deployment. With its highly open and controllable software and hardware architecture, the Xingdong L7 can support universities and research institutions in conducting physical validation in areas such as world models, motion control, and multimodal interaction.

The manipulation symbiosis dimension featured the fully direct-drive dexterous hands Xingdong XHAND 1 and XHAND 1 PRO, paired with exoskeleton and motion-capture glove haptic feedback teleoperation solutions. The XHAND 1 adopts a fully direct-drive architecture, emphasizing high versatility and reliability, with 12 fully active degrees of freedom and a size comparable to a human hand, capable of using tools of various shapes; its maximum single-hand grip force is 80N, it can lift 25 kg of weight, responds at a speed of 10 mouse clicks per second, and can perform over 100 operations including picking up express waybills, using pipettes, and driving screws. The XHAND 1 PRO is equipped with 21 active degrees of freedom and 18 full-palm tactile sensors, supporting full-palm free operation with three-dimensional force sensing and a sensitivity of 0.01N; single-joint backlash does not exceed ±1 mm, repeat positioning accuracy is ±0.1 mm, and repeat open-close speed exceeds 5Hz, providing high-fidelity kinematic data for algorithms to narrow the simulation-to-reality gap and improve algorithm convergence efficiency and deployment success rate. This model is compatible with mainstream data acquisition systems such as Manus Pro and Manus Haptic Pro, supports tactile perception feedback development, and has established interfaces with mainstream robotic arms including UR and Franka, enabling integrated high-precision coordinated control of arm and hand; it supports 24V to 72V wide-voltage input and RS-485, EtherCAT, and CAN communication protocols, and can seamlessly integrate with full humanoid robots.

The form symbiosis dimension corresponded to the commercial service robot Xingdong Q5. This product has upgraded its ultra-human-like autonomous interaction capabilities, capable of recognizing natural voice commands, autonomously understanding task intent, and synchronously coordinating voice responses with body movements, completing service tasks such as consultation guidance, information broadcasting, and material delivery with human-like interaction pacing. The Q5 supports rapid functional customization and scenario adaptation based on differentiated needs across industries including retail, government services, exhibition halls, and offices.

Star Dynamics adopts an AI Native technology roadmap, building a fully self-developed, software-hardware integrated stack encompassing data, brain, motion control, dexterous hands, and full humanoid robots, with self-developed hardware accounting for over 95%, forming three major product lines: full-size bipedal humanoid robots, service humanoid robots, and fully direct-drive five-finger dexterous hands. The company states that its team is the proposer of embodied world models and is the embodied intelligence team with the largest number of world model achievements globally; in 2026, it successively won overall championships in three embodied model competitions: Worldarena, Benjie's Olympics, and RoboChallenge. On the commercial front, the company has taken the lead in achieving PMF in the embodied intelligence industry, with 9 of the world's top 10 most valuable technology companies becoming its customers. During the exhibition, Star Dynamics' founder and CEO will deliver a keynote speech titled "AI Native Full-Stack General-Purpose Robots: Co-Evolution of Brain, Body, and Scenario."