In technology, there is a rare moment when something transitions from being purely conceptual to something you can actually see moving across a floor. A four-legged mechanical horse with a humanoid robot on its back captured that moment at the 2026 World Robot Conference in Beijing. The rider was sitting upright in the saddle; it moved in slow, slightly unsteady steps, and the audience stopped and stared—something that is rarely seen at tech conferences these days.
The device, known as the Qiji X1, was created by DaxAI Robotics, a company that hardly existed two years ago when its CEO Wang Kun and CTO Xu Wenqiang started transforming concepts from autonomous driving and artificial intelligence into something that could potentially be worn by a human. The Qiji X1 lacks the elegance of a concept vehicle. It feels more realistic than something polished because it is big, deliberate, and a little awkward. When it moves, you believe it. The engineers are working hard.
In essence, what DaxAI has created is a heavy-duty carrier platform that looks like a horse. The machine can walk over gravel, mud, slopes, and uneven terrain that would stop a wheeled vehicle in its tracks thanks to four articulated mechanical legs that take the place of wheels or tracks.
While the onboard control system takes care of the much more difficult task of keeping the entire thing balanced and moving forward without tipping, a rider or payload sits in the saddle and uses handlebars to steer. The Qiji X1 is said to be able to carry a maximum payload of about 300 kg, which is either impressive or a figure that still requires stress testing under actual conditions. Most likely, both.
The conference’s demonstration attracted attention in part because it showed a robot riding a robot horse rather than just a robot horse. The Tien Kung 3.0, a humanoid created by X-Humanoid and intended for what engineers refer to as high-dynamic whole-body control, was seated on the back of the Qiji X1. However, a month prior, in a setting far more dramatic than a conference exhibition hall, this collaboration had actually been attempted.
The Tien Kung 3.0 mounted a mechanical horse and engaged in horseback archery in July at a racecourse near Sayram Lake in Xinjiang at an elevation of more than 2,000 meters. Outside, in truly unstructured terrain, making a bow—not inside, not on a smooth floor.
Wang Kun, who worked on the mechanical horse system, explained the pairing’s logic as follows: the humanoid robot performs precise tasks at the destination, while the horse manages mobility and load. The architecture makes sense once you stop viewing it as a novelty act and start considering the areas where traditional single-robot systems fall short, such as rescue operations, inspection tasks, and terrain that humans cannot safely traverse.
A collapsed slope is inaccessible to a wheeled robot. A humanoid robot carrying a heavy payload moves slowly across the ground on foot. A system that opens different doors by having one machine carry another.
The extent to which DaxAI’s commercial aspirations can actually go beyond conference demonstrations is still unknown. The Qiji X1’s stated range of about 40 kilometers per charge is reasonable for some applications but restrictive for others, and its top speed ranges from seven to ten kilometers per hour. Only extensive field testing will be able to determine whether the payload figures hold up under prolonged real-world conditions. Although the time between a reservation and a deployed fleet is rarely short, the company has reportedly opened order reservations, which is a significant advancement from proof of concept.
The larger context that this fits into is more difficult to ignore. More than 2,000 robots from sixteen countries were on display at the 2026 World Robot Conference, which also marked the launch of the World Humanoid Robot Games. China is making rapid progress in the robotics industry.
There’s a feeling that the field is compressing timelines more quickly than anyone outside the industry anticipated, and demonstrations like the Qiji X1, even at ten kilometers per hour and slightly unsteady, are making a significant contribution. They are bringing the possibility to light. And historically, that has often been more important than people realized at the time.
It’s difficult to avoid thinking of early footage of Boston Dynamics robots stumbling through obstacle courses when observing this from the outside. People initially laughed at this footage, but eventually stopped laughing. The Qiji X1 is not faltering. In Xinjiang, someone has already fired an arrow from its back while it is walking and carrying a passenger. It’s odd to write that in 2026. It won’t feel weird for very long.
FAQs
Q1. What is the Qiji X1?
A four-legged robotic platform built by DaxAI Robotics to carry heavy loads across rough terrain.
Q2. How much weight can the Qiji X1 carry?
It supports up to 300 kilograms — roughly equal to its own body weight.
Q3. Which humanoid robot was demonstrated riding the Qiji X1?
The Tien Kung 3.0, developed by X-Humanoid for high-dynamic whole-body control.
Q4. Has the robot horse been tested outdoors?
Yes — it carried a humanoid robot performing horseback archery at Sayram Lake, Xinjiang.
Q5. Is the Qiji X1 available to buy?
DaxAI has opened commercial order reservations, though wide deployment remains some way off.
