en.Wedoany.com Reported - The full-size general-purpose humanoid robot Tiangong 3.0, jointly developed by the Beijing Humanoid Robot Innovation Center and RoboCore, is scheduled to commence large-scale mass production and delivery in the second half of 2026.
Based on the Beijing Humanoid Embodied Tiangong hardware platform and the Huisi Kaiwu software platform, this model is equipped with RoboCore's Sunrise S600 embodied intelligence high-performance computing chip, and can be applied in fields such as industrial manufacturing, commercial services, and 3D complex scenario operations.
The two companies spent over a year on technical integration and real-world testing, focusing on core requirements such as robot operational logic, computing load, and adaptation to complex environments. They completed integrated custom development, establishing a complete chain from chip research and development, algorithm optimization, to full-machine mass production. Based on measured data from Tiangong 3.0 in real operational scenarios, Beijing Humanoid extracted core technical requirements including computing power, power consumption, and control precision, and deeply participated in the architectural design and process iteration of the upstream chip.
Leveraging the Huisi Kaiwu general-purpose embodied intelligence platform, the two parties also conducted joint technical breakthroughs. Using techniques such as model parameter distillation and architecture lightweighting, they compressed the original large model to within 20% of its original size, achieving precise adaptation between the algorithm and the Sunrise S600 chip.
According to the plan, the mass-produced Tiangong 3.0 will be deployed in real-world applications such as production line operations, warehousing logistics, intelligent services, and special environment maintenance. Beijing Humanoid officially released Tiangong 3.0 in February 2026, positioning the product as "fully autonomous, more open, and easier to use." Based on the Huisi Kaiwu general-purpose embodied intelligence foundation, it has built a full-chain closed loop of "perception-decision-execution," enabling the robot to gradually break free from remote control and manual intervention, achieving a leap from single-machine operation to multi-machine autonomous collaboration.
In terms of body capabilities, Tiangong 3.0, as the latest product of the Embodied Tiangong platform, has seen improvements in dimensions such as body stability, motion control, embodied large and small brain coordination, and fully autonomous operation. At the industrial implementation level, this model is equipped with more open software and hardware adaptation interfaces, specifically addressing the challenges of multi-scenario compatibility and high customization costs, effectively lowering the secondary development threshold and deployment costs for humanoid robots.
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