Chinese electric-vehicle maker XPeng has secured the largest single-round private capital raise in China’s physical AI industry for its robotics unit, pricing the division at $6.3 billion even as the parent company’s shares continue to slide. The deal highlights growing investor appetite for humanoid robotics, even amid a tough stretch for China’s EV market.
XPeng Iron humanoid robot headlines a record private capital raise in China’s physical AI industry, as the XPeng Iron humanoid robot funding round values the EV maker’s robotics spinoff at $6.3 billion. XPeng announced the funding through a series of share purchase agreements with multiple investors, with IDG Capital leading the round and Gaorong Ventures participating. Strategic backers Tencent and Alibaba also joined, adding heavyweight tech-sector names to the cap table. XPeng will retain controlling ownership of the robotics business once the financing closes, and the unit will remain consolidated within the group’s financial statements.
Despite the robotics boost, XPeng’s stock has not rewarded shareholders recently. The shares were down roughly 7.22 percent at the time of writing, and the 12-month decline sits at around 51.24 percent. Investors appear to be drawing a sharp line between the robotics business, which they are pricing aggressively, and the core EV operation, which faces intensifying pressure from domestic rivals and from Tesla in both Chinese and overseas markets.
XPeng Iron humanoid robot and the physical AI thesis
He Xiaopeng, chairman and CEO of XPeng, framed the raise as a bet on the company’s full-stack research capabilities. Over twelve years, XPeng has built in-house technology across what it calls a physical world foundation model, its own Turing AI chips, and supporting AI infrastructure. The capital is intended to fund long-term development across all three layers, as well as incentive packages for senior executives and staff working on robotics.
The robotics unit plans to direct the proceeds toward software and hardware research, training and iteration of physical AI models, and the build-out of high-quality data generation pipelines. A portion of the funding is also earmarked for end-to-end mass production facilities and for commercial expansion beyond China, signalling that XPeng views humanoid robots as a global product rather than a domestic experiment.
IRON’s hardware and on-board compute
At the centre of the strategy sits IRON, the company’s flagship humanoid robot. IRON uses a fully enclosed flexible lattice structure designed in-house, which XPeng says balances aesthetics with safety. The robot carries 76 degrees of freedom across its body and 21 in each hand, figures the company presents as evidence of unusually high dexterity and mobility for a humanoid platform.
XPeng built the hardware platform itself, including the chips and controllers that drive IRON’s core movement systems, with separate motion modules and dexterous hand mechanisms handling finer manipulation tasks. The company is applying the same quality standards and production processes developed for its electric vehicles to robot manufacturing, aiming for automotive-scale output and delivery volumes rather than boutique prototyping runs.
On the compute side, XPeng puts IRON’s combined output at up to 2,250 TOPS of effective processing power, delivered across three in-house Turing AI chips. That on-board capability allows the robot to run XPENG’s physical AI foundation model directly on the device, supporting complex tasks with low inference latency and keeping sensitive data local.
From demonstrations to mass production
XPeng argues that IRON’s human-like hardware gives it two practical advantages: collecting behavioural data from everyday human activity, and adapting to environments and tools designed for people. As IRON moves toward mass production, the company expects a data-model-application flywheel to take hold, accelerating the robot’s ability to learn new tasks.
IRON is targeted for mass production by the end of 2026, with initial deployment inside XPeng’s own stores and campuses before any wider rollout. Customer deliveries in China and overseas markets are planned to begin during 2027, suggesting the company is taking a staged approach similar to the one it used when scaling its electric vehicles.
Why investors are betting on XPeng’s robotics bet
IDG Capital framed the round as part of a broader shift in physical AI, from isolated technical breakthroughs to scalable manufacturing and commercial deployment. The firm pointed to XPeng’s combination of edge AI processors, physical AI foundation models, and complete robotic systems, alongside the technology links between the robotics unit and XPeng’s EV and autonomous driving businesses, as reasons the company is well placed to make that transition.
Gaorong Ventures added that humanoid robots are moving beyond demonstrations of mobility and dexterity toward reliable mass production and tangible value creation in real-world settings. The firm highlighted XPeng’s automotive-grade safety and quality standards as evidence that IRON is being built for commercial deployment, and credited XPeng’s decade-plus of supply chain and manufacturing experience as a competitive moat.
He Xiaopeng said the backing gives XPeng the resources to accelerate the robotics business and to attract more world-class physical AI talent. He positioned IRON as a platform that combines a human-like design with advanced AI intelligence and high safety standards, with the ambition of becoming a trusted partner in everyday work and life. For now, the disconnect between the robotics valuation and the parent’s share price suggests the market sees the XPeng Iron humanoid robot as the most compelling part of the company’s future.
Source: https://www.artificialintelligence-news.com/news/xpeng-iron-humanoid-robot-draws-record-physical-ai-funding/