The new facility achieves over 80% automation in its core processes, applying the precision and flexible manufacturing techniques typically reserved for smart electric vehicles. By adapting these automotive systems to robotics, XPENG aims to establish a consistent, scalable quality framework for a sector that has historically struggled with rapid capacity expansion.
IRON, the robot platform driving this shift, features a proprietary flexible lattice structure and 76 degrees of freedom, including 21 per hand. It is powered by three Turing AI chips, providing 2,250 TOPS of computing power to run the company's Physical AI foundation model locally. This architecture allows the robot to handle complex, autonomous tasks with low-latency inference and enhanced data security.




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