- Hybrid Wheel-Leg Mobility Transitions between wheeled movement and legged locomotion, handling grass, slopes, uneven ground, and steps up to 16 cm in height.
- 1.8 m/s Top Speed Demonstrated at CES 2026, with 16 cm step climbing and 35° incline capability confirmed in live conditions.
- Autonomous Obstacle Avoidance and Following Integrated vision system enables real-time person detection, autonomous subject tracking, and dynamic obstacle avoidance in shared human spaces.
- Modular Expansion Platform Standardized expansion interfaces support developer and researcher customization with additional accessories and application-specific hardware.
- Consumer and Developer Ready Available in multiple combo packages for daily-life assistance, filming, patrol behavior, and research experimentation.
Description
The Dobot Rover X1 is an intelligent quadruped robot dog designed around a hybrid wheel-leg mobility system that combines wheeled efficiency with legged terrain adaptability. During live demonstrations at CES 2026, Rover X1 reached speeds of up to 1.8 m/s, climbed a 16 cm step, and handled a 35-degree incline — performance that reflects a platform built for real-world mixed indoor and outdoor movement, not only controlled showroom conditions. Its integrated vision system enables real-time environmental awareness, autonomous obstacle avoidance, and intelligent subject following, allowing the robot to navigate shared human spaces, detect people in its path, and adjust movement dynamically without direct joystick input.
Beyond autonomous navigation, Dobot positions the Rover X1 as a modular and extensible platform with standardized expansion interfaces targeting developers, researchers, educators, and everyday users. Consumer-facing capabilities described by the distributor INFFNI include carrying personal belongings such as water, snacks, bags, and gear, as well as filming and patrol-style behavior. These use cases, combined with home-aware navigation and obstacle avoidance tuned for typical home layouts, establish the Rover X1 in a category that spans light consumer companion robotics and developer-accessible quadruped experimentation. Multiple combo packages are available to support different accessory and use-case combinations.
Features
Specs
| Brand | Dobot |
|---|---|
| Model | Rover X1 |
| Robot Type | Intelligent quadruped robot |
| Mobility System | Hybrid wheel-leg architecture |
| Top Demonstrated Speed | 1.8 m/s |
| Obstacle Capability | 16 cm step |
| Incline Capability | 35° |
| Perception | Integrated vision system for real-time environmental awareness |
| Core Behaviors | Autonomous following, obstacle avoidance, home-aware navigation |
| Platform Type | Modular and extensible with standardized expansion interfaces |
Industries
Frequently Asked Questions
The Rover X1 is a hybrid wheel-leg quadruped robot dog designed for home and lifestyle use, as well as developer and research applications. It can carry personal items, follow users autonomously, navigate around obstacles, and serve as an extensible platform for custom robotic applications.
Rover X1 uses a hybrid wheel-leg design that allows it to switch between wheeled movement and legged locomotion. At CES 2026 it demonstrated a 1.8 m/s top speed, 16 cm step climbing, and 35° incline handling, making it capable across indoor floors, grass, and mixed outdoor terrain.
Rover X1 is suited to consumer companion and daily-life assistance use, as well as research and education contexts where a quadruped platform with modular expansion is needed. Its standardized interfaces make it accessible to developers building custom robotics applications.
Robotix Market ships the Dobot Rover X1 worldwide. The product is covered by the manufacturer's warranty as specified by Dobot; no third-party or on-site service warranty is included.
Contact Robotix Market through the website to request pricing, explore available combo packages, or arrange international shipping. Our team can advise on configurations suited to your specific use case.
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