At the 2026 World Robot Conference, Beijing BIT H&H Intelligent Technology Co., Ltd. (referred to as BIT H&H) is presenting its lineup under the theme "Venturing to the Extreme," featuring a diverse array of robotics products including humanoid robots, quadruped robots, and composite robots, alongside continuous operation systems tailored for complex environments and unmanned tasks. This display underscores the company's technological and product roadmap, extending from robotic body capabilities to scenario-specific operational proficiency. The event also serves as a preview platform for the upcoming next-generation humanoid robot, the SR10.
In industrial applications, clients are not solely focused on the robotic hardware itself but also on its ability to perform specific tasks consistently and reliably over time. This necessitates that robots not only possess mobility, perception, and manipulation skills but also address practical engineering challenges such as energy replenishment, communication support, anomaly handling, and task management. To meet these demands, BIT H&H has developed an integrated collaborative system comprising the robot body, smart shelters, and a command-and-control system: the robot body manages movement and task execution, the smart shelter provides battery recharging, communication relay, edge computing, and station-keeping support, while the backend command system oversees task scheduling, status monitoring, and data feedback loops.
The foundation for sustained operational capability is built upon the reliability and engineering robustness of the robot body itself. Currently, BIT H&H has established a product portfolio spanning humanoid, quadruped, and composite robots. Each robot form factor is tailored to specific environments, spatial configurations, and operational duties, and by aligning product design with mission requirements, the company forms a solid base for its industrial-facing robotic solutions. Building on this, BIT H&H maintains long-term in-house research and development in core technologies such as motion control, bionic control, and key actuation components. These critical parts are primarily utilized in the company's own robotic products to enhance performance optimization, environmental adaptability, and overall reliability.
Regarding the complete machines, the SR02 humanoid robot integrates LiDAR and vision-based perception, supporting capabilities like autonomous path planning and dynamic obstacle avoidance, and is engineered for a wide operational temperature range. Meanwhile, the XR01 quadruped inspection robot is designed for locomotion over complex terrains, extended mission durations, and payload requirements, and can be paired with various sensors and work modules to execute inspection tasks. The composite robot, combining a mobile platform with manipulator arms and lifting mechanisms, offers flexible mobile manipulation tailored to diverse industrial spaces and operational structures.
To continuously enhance autonomous operation, hardware performance alone is insufficient; high-quality data serves as a vital foundation for iterating perception, comprehension, planning, and decision-making capabilities. Addressing this need, BIT H&H is developing capabilities for multi-source data collection, management, cleaning, and annotation, spanning robotic bodies, sensors, and simulation environments. The company is also exploring the creation of datasets aligned with technical approaches such as VLA and imitation learning, thereby providing a data foundation for robot model training and capability evolution.
During the conference, BIT H&H also offered a sneak peek at its new-generation humanoid robot, the SR10. It is reported that the SR10 will feature significant upgrades in athletic performance, protective features, operational abilities, and embodied intelligence integration, with an official launch expected in the near future.