Dobot Rover X1 Quadruped Robot Dog

Most robot dogs must pick a side: the grace of legs or the speed of wheels. The Dobot Rover X1 Quadruped Robot Dog refuses the choice. Its legs detach and can be replaced with wheels, so one machine can walk over rough ground and roll where the surface allows. Add front and rear cameras, voice control and an app, and you have a robot built for homes, yards and classrooms rather than only for factory floors.

The product is available through this page, by quotation.

Background

The company and its lineage

Rover X1 was born from INFFNI, a sub-brand of DOBOT, and it brings professional robotics into everyday life. DOBOT itself is a global leader in collaborative robotics, with 1,300+ patents and customers in 140+ countries. That industrial pedigree matters here: collaborative robots are judged on precision, repeatability and safe behavior around people, and those habits carry over into a machine meant to share a living space.

DOBOT describes Rover X1 as its first smart quadruped robot designed for every home. That phrase marks a change of audience. Instead of a specialist machine for inspection teams, this is a robot aimed at families, hobbyists, students and educators who want a capable four-legged platform without an industrial learning curve.

Positioning and key technology

Rover X1 is an AI-powered robot dog with intelligent tracking, all-terrain mobility, dual-vision technology and multiple control modes. The dual-vision arrangement means a front camera and a rear camera, recording at 1920 × 1080 and 30 fps. Forward obstacle detection with braking lets the robot stop when something is in its path.

The mobility system is the headline: a hybrid wheel-leg design with detachable legs that can be replaced with wheels. Control is flexible as well, with voice commands, a Wi-Fi app and over-the-air (OTA) updates, plus an upgrade path to 4G control. For those who like to tinker, programming is offered in both graphical and code-based modes, and the controller is built around Nations N32H7xx, N32H47x and N32G45x series MCUs.

Technical Specifications

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

The manufacturer has not published the ingress protection rating, the operating temperature range, the charging time, the package contents for this version, the total degrees of freedom or the weight and dimensions of the wheeled version; they are confirmed at quotation.

What makes Rover X1 different from other quadruped robots?

The first difference is purpose. Many quadruped robots on the market are sold for industrial inspection, security or hazardous-site work. Rover X1 is presented as a robot for the home first, with intelligent tracking, simple control modes and playful behaviors such as raising a paw, dancing in place and jumping forward. It is approachable, yet the engineering behind it comes from a collaborative robotics company.

The second difference is the hybrid wheel-leg system. Legs handle steps, slopes and uneven ground; wheels suit smoother surfaces. Because the legs are detachable and can be replaced with wheels, owners are not locked into one way of moving. The robot crosses obstacles up to 16 cm high and climbs a maximum slope of 30°. In live CES demonstrations, DOBOT showed Rover X1 reaching up to 1.8 m/s, crossing a 16 cm step and handling a 35° incline.

The third difference is openness. Voice control and a Wi-Fi app serve everyday users, while graphical and code-based programming serve students and developers. OTA updates keep the software current, and the upgrade to 4G control extends the range of operation beyond a local wireless network. Two battery options, 4000 mAh and 8000 mAh, let the buyer weigh weight and endurance, with a battery life of 1.5 to 3 h.

Which Rover X1 version should I consider?

The sources name several members of the family: Rover X1 Explorer (in Basic, Vision and Sentinel forms), Rover X1 Air, Rover X1 Pro, Rover X1 Pro Flex (wheeled) and Rover X1-W. The figures on this page are not assigned to any one of them, so do not assume a number applies to a particular trim. Tell us which version interests you when you request a quotation.

If you are weighing quadrupeds more broadly, our Standard Quadrupeds and Quadrupeds categories show the other options side by side.

Who is Rover X1 for?

Families and technology enthusiasts will value a robot that follows, tracks and responds to the voice. It is a companion and a conversation piece as much as a machine, and the front and rear cameras make it easy to share what the robot sees.

Schools, universities and training centers can use the graphical and code-based programming modes to teach robotics at different levels. Beginners can start with blocks and move on to code, all on the same platform.

Developers and small businesses can treat Rover X1 as a mobile platform with a payload of 3 to 7 kg, wireless connectivity and OTA updates. Content creators and event organizers may find the dancing and jumping behaviors useful for demonstrations, displays and live shows. For these buyers, the wheeled and detachable-leg design offers flexibility that a fixed-leg robot cannot.

What is Rover X1 used for?

1. Home companionship. A friendly, responsive robot that follows its owner and reacts to voice commands.
2. Education and STEM. Graphical and code-based programming let students learn robotics hands-on.
3. Outdoor exploration. Legs handle slopes and steps in yards, gardens and open ground.
4. Light carrying. A payload of 3 to 7 kg allows small items to travel with the robot.
5. Video and monitoring. Front and rear cameras at 1920 × 1080 and 30 fps record what is ahead and behind.
6. Demonstrations and events. Raising a paw, dancing in place and jumping forward draw an audience.

Pricing and Availability

Rover X1 is supplied by quotation, and a quotation is the way to start. Tell us the version, the battery option and the quantity you need, and we will respond with the details. Delivery, customs and support are arranged together with the quotation, so nothing is left to guesswork. The Dobot Rover X1 Quadruped Robot Dog is available on this page.

Frequently Asked Questions

What is the Dobot Rover X1?

It is an AI-powered robot dog with intelligent tracking, all-terrain mobility, dual-vision technology and multiple control modes. DOBOT calls it its first smart quadruped robot designed for every home.

How is the Rover X1 controlled?

You can use voice control or the Wi-Fi app, and OTA updates keep the software current. Control is upgradeable to 4G.

Can the legs be replaced with wheels?

Yes. The mobility system is a hybrid wheel-leg design with detachable legs that can be replaced with wheels.

How long does the battery last?

Battery life is 1.5 to 3 h. The standard battery is 4000 mAh and the high-capacity option is 8000 mAh.

Can I program the robot myself?

Yes. Rover X1 supports graphical and code-based programming modes, so both beginners and developers can work with it.

Is the Rover X1 waterproof?

No water or dust protection rating appears among the figures on this page. If it matters for your use, mention it when you request a quotation.

Where can I buy the Dobot Rover X1 and what does it cost?

You can request it on this page, where it is available by quotation. The cost depends on the version and options you choose, and it is given in the quotation together with delivery and support.

Summary

Rover X1 answers the old question of legs or wheels by offering both. It pairs a wheel-leg design with front and rear cameras, voice and app control, programming options and a payload of 3 to 7 kg, all from a company with 1,300+ patents behind it. It is friendly enough for the home and open enough for the classroom. If you want a robot dog that adapts to its ground instead of the other way around, this page is the starting point.