According to @XPengMotors, XPENG's CEO @xiaopenghexpeng has released the first-ever laboratory bare metal training video of the IRON robot, showcasing the AI-powered advancements behind its natural, human-like walking gait (source: XPENG, Nov 8, 2025). This demonstration highlights significant progress in robotics AI, specifically in real-world reinforcement learning and locomotion control, which could set new benchmarks for service robotics and autonomous systems. The business implications are substantial, as such AI-driven robotics technologies are poised to disrupt logistics, healthcare, and smart city applications by enabling more adaptive and human-compatible robots.

According to @XPengMotors, XPENG's unveiling of the next-generation IRON humanoid robot at AI Day 2025 sparked significant interest, with attendees questioning the realism of the robot's human-like movements and features. XPENG CEO @xiaopenghexpeng personally addressed the speculation in an uncut video, confirming that IRON is a fully autonomous AI-powered robot with no human operator inside. This demonstration highlights XPENG's rapid progress in robotics and artificial intelligence, positioning the company as a competitive force in the AI-driven robotics market and signaling new business opportunities in smart manufacturing and human-robot interaction (Source: @XPengMotors, Nov 6, 2025).

According to @ai_darpa, XPeng has officially clarified recent rumors surrounding its humanoid robot IRON, confirming that the robot is not operated by an actor in a suit but instead utilizes advanced AI technologies for autonomous operation (source: @ai_darpa on Twitter, Nov 6, 2025). This clarification reinforces XPeng’s position in the competitive AI robotics industry, highlighting their commitment to real-world robotics applications and signaling potential opportunities for business partnerships in sectors such as manufacturing, logistics, and smart service industries. The public confirmation helps build investor confidence in XPeng’s AI capabilities and underscores a growing trend of transparency and innovation in the Chinese robotics market.

According to @AINewsOfficial_, XPENG has introduced its next-generation Iron robot featuring 82 joints, 2,250 TOPS AI computing power, solid-state battery technology, and 22 degrees of freedom per hand. Mass production is planned for 2026, though pricing details remain undisclosed (source: @AINewsOfficial_). This development positions XPENG as a competitive force in the humanoid robotics industry, directly challenging Tesla Optimus with advanced hardware and scalable AI capabilities. For businesses, the Iron robot's blend of high AI performance and energy efficiency presents new opportunities in automation, manufacturing, and service robotics, signaling a shift toward practical, high-volume deployment of intelligent robots in commercial settings.