Dobot
excl. VAT
Couldn't load pickup availability
SHENZHEN DOBOT CORP LTD
https://www.dobot-robots.com/
mason.li@dobot-global.com
Building 2, Chongwen Park, Nanshan Zhiyuan, Liuxian Avenue 2
518055, Shenzhen
China
Pricing Models
Compare options clearly, quickly, and without the fine print. Our recommendation is highlighted.
Flexible financing
Inclusive
Lowest price
Inclusive
Flexible terms
Inclusive
ㅤ
Switch between the tabs to view content.
The DOBOT Rover X1 is suitable for visual inspection rounds on suitable indoor and outdoor surfaces. With its compact design, camera support, and mobile movement, it can explore terrain, objects, and hard-to-reach areas in a practical manner.
On campus grounds, in educational institutions, or on company premises, the Rover X1 can support simple patrol routes, demonstrations, and mobile exploration missions. It is particularly interesting for areas where compact robotics are to be tested and deployed flexibly.
In production-related environments, the DOBOT Rover X1 can be used for robotics testing, process demonstrations, and visual inspection tasks. Its front and rear cameras, obstacle detection, and mobile control make it a flexible platform for practical applications.
With a payload of up to 7 kg, the Rover X1 can move small objects, equipment, or compact transport boxes. This makes it suitable for light assistance tasks, internal transit, warehouse demos, and testing mobile logistics processes.
For universities, laboratories, and R&D departments, the Rover X1 offers a compact platform for robotics, programming, and AI testing. Depending on the version, it supports research projects, test setups, and the development of custom applications.
The Rover X1 can track and follow people or subjects visually, making it suitable for mobile video recording, demonstrations, and interactive applications. With its front and rear cameras, it becomes a versatile platform for creative and practical robotics scenarios.
The Dobot Rover X1 Explorer series completely redefines academic and industrial robotics development with its revolutionary quadruped design. Designed for universities, research institutions, and innovative development teams, this platform combines the speed of wheeled drives with the extreme off-road capability of legged robots. With three tailored equipment variants - Basic EDU, Smart EDU, and Max EDU - the system offers the perfect foundation for practical AI applications, industrial inspection simulations, and cutting-edge research, ranging from a solid entry-level model to enterprise-class autonomous LiDAR SLAM navigation.
| Property | Basic EDU | Smart EDU | Max EDU |
|---|---|---|---|
| AI computing power | Standard platform | 40 TOPS computing platform | 40 TOPS computing platform |
| Camera & vision system | Standard front & rear cameras | Intel RealSense D435i depth camera + software package | Intel RealSense D435i depth camera + software package |
| LiDAR & SLAM function | Not included | Not included | Livox Mid360 LiDAR SLAM (localization + mapping) |
| Interaction & AI | Basic AI functions | Advanced vision AI (obstacle avoidance) | Comprehensive voice interaction + SLAM navigation |
| Battery capacity / runtime | 8,000 mAh / Up to 3 hours | 8,000 mAh / Approx. 2.5 hours runtime | 8,000 mAh / Approx. 2.5 hours runtime |
| Dimensions (wheel-leg) | 761 × 440 × 516 mm (standing) | ||
| Dimensions (point-leg) | 761 × 372 × 428 mm (standing) | ||
| Net weight (depending on leg type) | 15.5 kg (point-leg) to 18.5 kg (wheel-leg) | ||
| Additional payload / incline | 3 to 7 kg payload / Maximum climbing angle up to 35° | ||
| Speed (max.) | Up to 3.0 m/s (wheel-leg) / 1.8 m/s (point-leg) | ||
| Development environment | Unified SDK for secondary development (high- & low-level control) | ||
Advantage for professionals: The modular Dobot Rover X1 Explorer series offers educational institutions, AI laboratories, and development departments perfect scalability for demanding robotics projects. Thanks to the unified SDK, written code can be seamlessly transferred from the basic platform up to the high-end Max EDU variant. While the Smart EDU version, with 40 TOPS of computing power and Intel RealSense technology, forms the ideal basis for compute-intensive vision applications, the Max EDU variant enables highly complex, fully autonomous mapping and navigation scenarios in space through the native Livox Mid360 LiDAR. The robust mechanical wheel-leg hybrid drive minimizes mechanical complexity when testing real-world deployment scenarios in the field and guarantees maximum flexibility in application development.
Terra Robotics
https://terra-robotics.de/
mail@terra-robotics.de
Zeißstraße 10,
32584 Löhne
Germany
Compact platform for robotics projects
The DOBOT Rover X1 is a compact, smart robot dog for education, research, development, and interactive applications. With front and rear cameras, visual tracking, app and voice control, as well as an optional Explorer version, it is suitable for practical robotics projects, demonstrations, and testing.
Agile mobility for real-world environments
The Rover X1 combines a compact design with agile movement on various surfaces. Depending on the version, it supports quadrupedal mobility or wheel-leg movement, detects obstacles in the travel area, and is suitable for tests, demos, follow-me applications, and light outdoor scenarios.
Open to development and testing
In the Explorer version, the DOBOT Rover X1 supports secondary development with interfaces for custom applications, algorithms, and robotics testing. This makes it a versatile platform for universities, laboratories, development teams, and companies looking to test autonomous mobility in a practical environment.
The DOBOT Rover X1 is a smart robotic dog for education, research, development, follow-me applications, mobile video recording, and light assistance tasks. It combines compact quadruped mobility, camera support, visual tracking, as well as app and voice control in one accessible robotics platform.
The DOBOT Rover X1 is suitable for robotics education, research, development, demonstrations, mobile video recording, follow-me applications, light transport tasks, and visual inspection tours in suitable indoor and outdoor areas. It is particularly interesting for universities, laboratories, companies, maker spaces, and robotics projects.
The Rover X1 is compact, relatively lightweight, and designed for practical robotics applications. In addition to classic quadrupedal movement, depending on the variant, it also offers wheel-leg mobility, visual tracking, camera support, and simple control via app or voice.
The Rover X1 is the compact quadruped version for education, research, demos, and interactive applications. The Rover X1-W combines legs with wheels and is particularly interesting for more dynamic movements, longer distances, and more efficient travel on suitable surfaces.
Yes, the DOBOT Rover X1 is particularly suitable for education, research, and development. It can be used in robotics classes, universities, laboratories, and R&D departments to test autonomous mobility, visual tracking, programming, and practical robotics applications.
Depending on the version, the DOBOT Rover X1 supports secondary development and can be used for custom applications, algorithms, and robotics testing. The Explorer version is particularly interesting for developers, universities, and research teams who wish to implement their own functions and projects.
The DOBOT Rover X1 features front and rear cameras for visual perception, follow applications, and mobile video recording. In addition, it supports obstacle detection in the driving area, allowing it to recognize objects and react in appropriate situations.
Yes, the Rover X1 supports visual tracking and can follow people or subjects in suitable environments. This makes it suitable for follow-me applications, mobile video recording, demonstrations, and interactive robotics scenarios.
Depending on the application and configuration, the DOBOT Rover X1 is designed for light payloads of approximately 3 to 7 kg. This allows it to move small objects, equipment, compact structures, or lightweight transport boxes.
The DOBOT Rover X1 can be used in suitable outdoor and semi-outdoor environments, such as on campus grounds, sidewalks, or slightly uneven terrain. For extreme weather conditions, heavy industrial applications, or challenging terrain, the specific use case should be verified in advance.
The DOBOT Rover X1 is a smart robotic dog for anyone who wants not only to demonstrate modern robotics but also to experience, test, and further develop it in practice. As a compact quadruped platform, it combines agile mobility, visual perception, interactive control, and flexible application possibilities in one accessible system. This makes the Rover X1 particularly suitable for educational institutions, universities, research labs, development teams, companies with robotics projects, and users looking for a versatile robotic dog for follow-me applications, mobile video recording, light assistance tasks, or technical demonstrations.
Compared to large industrial four-legged robots, the DOBOT Rover X1 is deliberately designed to be more compact and lightweight. This makes it easier to transport, integrate into learning environments, and deploy in realistic test scenarios. At the same time, it offers key features essential for modern mobile robotics: front and rear cameras, visual tracking, obstacle detection, various control modes, app and voice control, and, depending on the version, options for secondary development. Anyone looking to buy a robotic dog that functions not just as a showpiece, but as a flexible robotics platform for practice, research, and teaching, will find the Rover X1 to be an interesting solution.
The Rover X1 was developed for mobile applications in real-world environments. It can move on suitable indoor surfaces, campus areas, sidewalks, laboratory floors, or slightly uneven ground, thus supporting scenarios where classic stationary robotics reaches its limits. Depending on the variant, the Rover X1 is available as a compact four-legged robot or as a Rover X1-W with wheel-leg mobility. The wheel-leg variant is particularly exciting when longer distances, more dynamic movements, or more efficient travel on suitable surfaces are required.
For the product detail page, this positioning is important: The DOBOT Rover X1 is not a heavy-duty industrial inspection robot for extreme operating conditions, but a smart mobile platform for education, research, testing, demonstration, and light practical applications. That is exactly where its strength lies. It makes advanced robotics more accessible and enables the testing of autonomous mobility, visual tracking, and human-robot interaction in controlled, practical environments.
A central advantage of the DOBOT Rover X1 is its visual orientation. With front and rear cameras, the robot can capture its surroundings, support follow-me applications, and be used for mobile video recording. This is particularly interesting for content production, product demonstrations, research tests, classroom scenarios, or interactive presentations. The Rover X1 can accompany people or subjects via visual tracking, making it a mobile companion for recordings, demos, and robotics experiments.
This function is also relevant for education and research. Students, developers, and research teams can use real movement and camera data to understand how mobile robots perceive their environment, how follow-me functions are implemented, and what challenges arise in navigation, obstacle detection, and interaction. In this way, the robotic dog becomes a practical learning platform for modern robotics, AI-related applications, and autonomous systems.
For universities, research institutions, and development teams, the Explorer or development-oriented version of the Rover X1 is particularly interesting. It allows for work with proprietary applications, algorithms, and robotics tests. Consequently, the DOBOT Rover X1 can be used as a platform for robotics instruction, programming, autonomous movement sequences, sensor data processing, and experimental research. Supported development environments such as ROS, Python, and C++ make the robot particularly relevant for technical training, university projects, and research-oriented applications.
In teaching, the Rover X1 can make various topics tangible: motion control, gait control, obstacle detection, visual tracking, camera applications, mobile navigation, and human-robot interaction. Instead of treating robotics only theoretically, learners can test real scenarios, analyze movements, and develop their own sequences. This makes the robotic dog suitable both for entry-level mobile robotics and for advanced projects in research and development.
Beyond education and research, the DOBOT Rover X1 can also be used for light practical tasks. With a payload of approximately 3 to 7 kg, it can move small items, compact equipment, bags, or lightweight transport boxes. This makes it interesting for demo scenarios, internal transport routes, mobile assistance tasks, or testing simple logistics processes. It is important to have a realistic perspective here: The Rover X1 does not replace an industrial transport platform for heavy loads, but rather complements robotics projects with a practical mobile carrying and companion function.
Especially in combination with the follow-me mode, camera, and app control, versatile application possibilities emerge. The robot can accompany equipment, be used in presentations, enable mobile camera perspectives, or serve as an interactive demonstrator for smart robotics. This makes it a flexible platform for companies, educational institutions, and research teams that want to test real-world applications with an accessible entry point.
Anyone wishing to buy the DOBOT Rover X1 should first clarify which variant and configuration fits the planned application. Key questions include: Will the robot be used primarily for education and teaching? Should it serve as a research platform? Are the follow-me function and mobile video recording particularly important? Is a developer version needed? Or is the focus on testing light assistance and transport tasks?
Terra Robotics provides support in selecting the right Rover X1 setup and helps to integrate the robotic dog meaningfully into existing learning, research, or project environments. This turns the DOBOT Rover X1 into not just an exciting robotics product, but a practical platform for modern mobile robotics, interactive applications, education, research, and development.
