Picture this. It’s 2027, you walk into a car showroom, and the first “person” who greets you runs on three AI chips. That’s the plan, anyway, if Xpeng gets its way.
At a Paris event on 12 October, Xpeng CEO He Xiaopeng laid out the timeline for the Xpeng IRON humanoid. Mass production by the end of 2026. First deliveries in the first half of 2027. Then a European rollout in the second half of that year. So a Chinese electric-car maker now wants to sell you a robot, too.
So what did Xpeng actually announce?
The short version: a date, a market and a demo. TechNode reports that IRON will start in commercial spaces like retail stores and shopping malls. Industrial and household jobs come later.
Xpeng says the robot handles multimodal interaction, which means it can take in more than one kind of input, like voice and vision. It also does face recognition and remembers conversations. It speaks Chinese, English and German, and that last one tells you exactly where Xpeng is heading.
Two IRON units also stood on Xpeng’s stand at the Paris Motor Show, which the company calls its “Physical AI Museum.” Two days later, at the Paris Automotive Summit, Xpeng repeated the same schedule in an official release.
Wait, which date is it?
Here’s where it gets a little messy. A few days before Paris, Xpeng vice chairman and president Brian Gu spoke to Forbes at a conference in Singapore. He said sales would start in the second half of 2027. First, though, the company wants to test IRON in its own stores and offices.
“By early next year, you’ll see robots working alongside sales agents as assistants,” Gu said. He also floated the idea of a robot receptionist at Xpeng’s Guangzhou headquarters.
So which is it? Our best guess is that early 2027 means Xpeng’s own showrooms, with wider sales after that. Xpeng hasn’t confirmed this, so treat it as a guess. Either way, the first IRON robots you’d actually meet will probably wear an Xpeng badge and work for Xpeng.
One more thing: the Forbes report didn’t include a price, production volumes or battery details. Those gaps matter, and we’ll come back to them.
What’s inside the Xpeng IRON humanoid?
On paper, quite a lot. IRON has 76 degrees of freedom, and 21 of those sit in the hands. A degree of freedom is simply one way a part can move, like a finger bending or a wrist turning. More of them means finer, more human-like motion, which matters a lot for gripping real objects.
The brains are three of Xpeng’s own Turing AI chips, with up to 2,250 TOPS of computing power. TOPS stands for trillions of operations per second. Its AI model also runs locally, so the robot doesn’t need a human steering it from somewhere else.
Gu claims the latest Turing chip “closely matches the performance of Nvidia’s Thor chip.” No benchmarks came with that claim, so we’ll file it under bold but unproven.
Then there’s the factory. In September, Xpeng switched on a dedicated production line, and the first IRON walked off it on its own. Xpeng says it has automated more than 80% of the core processes. But TechNode points out that real mass-production cost and efficiency remain unproven.
Why is a car company building robots?
It sounds odd until you think about it. A smart car already sees the road, makes decisions and moves through the world. That’s a robot on wheels, really. Gu named manufacturing, supply chain and AI as the areas where cars and humanoids overlap.
Xpeng has been at this for a while, too. It got into robotics about a decade ago. Its robotics unit raised more than $900 million in its first funding round, at a valuation above $6.3 billion, with Tencent and Alibaba among the strategic backers.
And then there’s the chip angle. “If we want to be a leader in physical AI, we need to have our own physical core,” Gu told Forbes. Physical AI, by the way, means AI that acts in the real world through a body, instead of living on a screen. Xpeng is even opening its Turing chip and other tools to outside partners.
Okay, but should you care?
Some healthy skepticism first. Without a price, volumes or battery life, it’s hard to judge whether IRON is a product or a press photo. Those numbers decide everything, as we explained in our look at what humanoid buyers really pay.
Still, the direction matters. Greeting shoppers and answering questions is a much gentler first job than working a fast factory line. If Xpeng pulls it off, a store could be where lots of people meet a humanoid for the first time.
For engineers and founders in Armenia and other emerging markets, that’s a signal worth reading. The interesting work won’t only be building robots. It’ll also be in the software, services and local know-how that make them useful in real shops.
The real test comes in 2027
Our honest take? The Xpeng IRON humanoid plan looks more grounded than most, because it starts small and starts in Xpeng’s own stores. Yet dates on a slide are easy. Robots on a shop floor are hard.
So here’s the question we’ll be watching. When you walk into a store in late 2027, will IRON actually be there to say hello? We’ll find out soon enough.