DaxAI Qiji X1 Cyber Horse Quadruped Robot

A saddle and handlebars suggest a familiar riding experience; a machine that sidesteps and turns in place changes the conversation. The DaxAI Qiji X1 Cyber Horse Quadruped Robot combines that rider interface with a wheel-free, bionic quadruped structure built for premium off-road leisure. Its appeal lies in making legged movement something a rider experiences directly, rather than watches from outside. For buyers considering a distinctive leisure platform, the important distinction is between its terrain-adaptive movement and the practical requirements of operating a large, powered robotic mount.

The product is available through this page, by quotation.

Background

DaxAI Robotics and its origins

DaxAI Robotics emerged in Beijing around 2025 and was founded by Wang Kun, whose previous work included robotics and autonomous driving technology. The Qiji family brings those fields into a rideable format, with the Qiji X1 using point feet and the Qiji XS combining wheels and feet. These are different mechanical approaches, not interchangeable names for the same specification.

For a buyer, this background helps explain the product's positioning: the emphasis is on robotic locomotion and an interactive riding experience. It does not establish compatibility with third-party software, a particular maintenance network or any certification. Procurement should therefore focus on the documented configuration and the operating arrangements needed for the intended venue.

A world model linked to bionic movement

The Qiji X1 runs local, on-device inference of the DaxBrain-WM (Dualis) world model. Adaptive bionic gait and all-terrain dynamic self-balancing algorithms adjust limb landing angle and depth for steep slopes, gravel roads and muddy depressions. This links the control system to how the feet meet the ground, rather than treating terrain simply as a route to follow.

The rider sits on a saddle and uses handlebars mounted at the front. The robot walks straight, sidesteps, backs up and turns in place. Its interaction features include obstacle avoidance on multiple surfaces, body-form switching and voice interaction. These functions make the platform more than a conventional wheeled leisure vehicle, while leaving the exact operating procedures and interaction settings as matters to establish during quotation.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the dimensions, IP rating, charging time, battery capacity in Wh, maximum slope angle, sensors, box contents, rider weight limit or operating temperature range; these details are confirmed at quotation.

The comparison separates the point-foot Qiji X1 from the wheel-foot Qiji XS; dashes identify sibling-model figures absent from the supplied information. Dynamic load capacity and total weight describe different properties, even though the Qiji X1 figures match. Dynamic load capacity must not be treated as a rider weight limit. Similarly, range and continuous operating time are separate planning measures, not a basis for calculating a guaranteed route duration.

What makes Qiji X1 different from Qiji XS?

The main distinction is the contact mechanism. Qiji X1 has a pure quadruped bionic structure without wheels, while Qiji XS uses an integrated wheel-foot composite structure. For a buyer interested specifically in point-foot locomotion, the X1 is the relevant model. For someone prioritising the wheel-foot format and the higher top-speed figure in the comparison, the XS deserves separate consideration.

Both models include high-voltage fast charging and riding data monitoring as standard. Both support OTA upgrades, with cloud-based updates to the gait library and optimisation of riding plans. These shared functions do not erase the mechanical differences, and an XS performance figure should never be used to describe an X1 configuration.

The X1's ability to move sideways, reverse and turn in place is particularly relevant when evaluating the riding experience. A demonstration should examine those movements alongside forward travel and terrain transitions. The purpose is to understand how the machine behaves in the intended setting, rather than selecting a model solely by its fastest movement or longest stated range.

Who is Qiji X1 for?

Qiji X1 is positioned for buyers seeking premium off-road leisure: private leisure projects, experience venues and organisations exploring rideable robotics. Its saddle-and-handlebar arrangement gives the experience a clear rider focus. Buyers should begin with the proposed activity, supervision arrangements and ground conditions, then establish whether the configuration fits those requirements.

Exhibition organisers and robotics demonstrators also have a reason to consider this format. Legged movement, local AI inference and rider interaction create distinct subjects for an educational or public demonstration. Such a project still needs its own operating assessment; the presence of obstacle avoidance does not replace venue planning or an agreed demonstration procedure.

Buyers comparing broader legged platforms can explore the Standard Quadrupeds category. Those whose priority is wheel-assisted movement should evaluate Qiji XS separately. The X1's dynamic load figure does not, by itself, establish a freight-handling configuration, and the supplied facts do not position it as a dedicated emergency-response or industrial inspection system.

What is Qiji X1 used for?

1. Premium off-road leisure: A rideable robotic mount for experiences centred on bionic movement across uneven terrain.
2. Controlled riding demonstrations: A setting for showing saddle-and-handlebar operation under an agreed demonstration procedure.
3. Robotics exhibitions: A physical example for presenting legged locomotion, balancing and rider interaction to visitors.
4. Terrain-adaptation demonstrations: A way to examine foot placement and gait changes on appropriately assessed surfaces.
5. Interactive technology showcases: A platform for demonstrating voice interaction and body-form switching within a planned activity.
6. Leisure-platform evaluation: A candidate for buyers comparing point-foot and wheel-foot approaches before selecting a configuration.

Pricing and Availability

Request a quotation for the Qiji X1 configuration and describe the intended riding environment, use pattern and project requirements. This provides a practical basis for reviewing the technical documentation, rider suitability, charging arrangements and operating procedures before committing to a deployment. Keep the point-foot model identity explicit throughout the enquiry.

Delivery, customs and support are arranged with the quotation. A clear enquiry should also identify whether the project involves private use, an exhibition or a managed leisure experience, so that the proposed arrangements address the actual setting. The quotation request for Qiji X1 is available on this page.

Frequently Asked Questions

Does Qiji X1 have wheels?

No. Qiji X1 uses a pure quadruped bionic structure with point feet and no wheels. Qiji XS is the separate wheel-foot model.

How does the rider control it?

The rider sits on a saddle and controls the machine using handlebars mounted at the front. Voice interaction is also included among its interaction features; the specific commands and operating procedure should be established during quotation.

Can Qiji X1 move on gravel and mud?

Yes, its terrain capability includes steep slopes, gravel and mud. Its adaptive gait and dynamic self-balancing algorithms adjust limb landing angle and depth for those surfaces; site suitability still needs to be assessed for the intended activity.

How long can Qiji X1 operate continuously?

Qiji X1 has a continuous operating time of 8 to 10 hours and a range of 40 kilometers. These are distinct figures, and the quotation discussion should establish how the proposed riding pattern relates to them.

Does the dynamic load capacity specify the rider limit?

No. The 300 kg dynamic load capacity is not identified as a rider weight limit. Rider suitability needs explicit confirmation before a riding configuration is selected.

Are charging and software updates included?

High-voltage fast charging and riding data monitoring are standard functions. OTA upgrades support cloud-based gait-library updates and optimisation of riding plans; installation and update procedures should form part of the technical handover discussion.

Where can I buy Qiji X1 and what does it cost?

Qiji X1 is available by quotation through this page. Request a quotation covering the required configuration and project arrangements, including delivery, customs and support.

Summary

Qiji X1 puts a familiar riding interface above an unfamiliar form of movement: point feet, adaptive gait and a locally running world model. Its identity is premium off-road leisure, with a clear distinction from the wheel-foot Qiji XS. A sound buying decision pairs that distinctive experience with a review of rider suitability, site conditions and operating documentation. For a quotation grounded in the intended use, this page is the starting point.