Yuejiang Launches Mass Production of Full-Size Industrial Humanoid Robot ATOM for 2026 Delivery

Yuejiang has launched the third batch of full-size industrial humanoid robots, ATOM, marking the beginning of mass production deliveries set for 2026. These robots will be gradually integrated into frontline industrial applications.

On February 4, Yuejiang released a video showcasing the delivery of the third batch of ATOM robots, which stand at 165 cm tall. The robots successfully passed rigorous tests, demonstrating their ability to self-stand from a lying position and maintain high dynamic balance. This achievement places Yuejiang among the few companies that have effectively completed a full cycle of “production-delivery-application.”

The video revealed a synchronized performance of the robots, showcasing their stability while walking, executing complex balance maneuvers, performing intricate dances, and achieving high-precision assembly tasks. This not only signifies Yuejiang’s commitment to its large-scale delivery goals for 2026 but also indicates a new phase for humanoid robots advancing into widespread practical applications.

As the global humanoid robotics industry transitions from laboratory experiments to commercial applications, mass production capability has become a crucial indicator of a company’s technological strength. In this competitive landscape, Yuejiang has taken the lead by introducing the third batch of ATOM robots to the market.

Notably, while many competitors in the humanoid robotics field originate from laboratories or specific technical domains, Yuejiang has chosen a distinctive path as the “only embodied intelligent company emerging from the manufacturing sector.” This unique industrial background provides the ATOM series with three core advantages derived from real production environments:

• Proven industrial reliability and validated mass production capabilities.
• Deep understanding of operational scenarios and intelligent task execution.
• Integration with various forms of robots, such as wheeled and multi-legged robots, coordinated by a unified intelligent hub to offer flexible productivity solutions.

Mass production of full-size humanoid robots involves far more than simply replicating processes on the production line. It tests the integration of supply chains, quality control, and production capabilities. The production process of the 165 cm ATOM robot reflects robust system engineering capabilities. Each robot undergoes standardized process management, from core component selection to final assembly and testing.

To ensure quality, Yuejiang has established a multi-tiered inspection system, covering incoming parts verification, assembly monitoring, and performance testing. Each ATOM robot must pass strict standardized tests on critical parameters such as dynamic balance and motion accuracy before leaving the factory, ensuring consistency and high reliability.

The ability of the 165 cm ATOM to autonomously rise from a completely lying position, perform complex dance routines, and maintain strong dynamic stability showcases comprehensive technical capabilities in coordination control, torque distribution, and trajectory planning.

Additionally, ATOM is equipped with Yuejiang’s self-developed DOBOT-VLA (Vision-Language-Action) model, which integrates visual perception, natural language understanding, and action generation through end-to-end technology. This allows the robot to translate abstract commands into structured task chains and output continuous, generalized movement trajectories. The model’s combination of reinforcement learning and real-world data alignment enables the robot to not only “understand requirements” but also exhibit autonomous adaptability to changes.

For example, the popcorn robot deployed at Shenzhen K11 cinema is no longer a traditional machine executing fixed programs; it is an intelligent agent capable of understanding its environment, making autonomous decisions, and correcting errors. This scene-based adaptability is key to realizing the practical value of humanoid robots in the real world.

The founder of Yuejiang Technology has emphasized that the true watershed in AI development lies not in being able to “speak like humans” but in the ability to “do things effectively.” He believes that the value of AI is in significantly enhancing production efficiency, shortening delivery cycles, and reducing accident rates to create more material wealth and improve human well-being.

He asserts that the essence of AI is not to replace humans but to redistribute work. The real beneficiaries are those who effectively leverage AI to amplify their productivity. The role of Yuejiang’s embodied intelligent humanoid robots is to increase the availability of “good jobs” by liberating humans from dangerous, monotonous, and health-compromising environments, such as repetitive lifting, exposure to dust, welding fumes, and high-intensity night shifts—conditions that should not be a long-term burden for humans.

Furthermore, China’s 14th Five-Year Plan has identified embodied intelligence as one of the six major future industries, with humanoid robots serving as a core vehicle, poised for a critical breakthrough from technology to industry explosion.

As one of the few embodied intelligent companies that have grown from the manufacturing sector, Yuejiang continues to adhere to the principle of “technology rooted in real scenarios,” promoting the deep integration of humanoid robots into actual work environments through large-scale deliveries. In various industrial and commercial contexts, Yuejiang is contributing to a new chapter in China’s “Artificial Intelligence +” narrative through its solid mass production and implementation capabilities.