Rover X1 Makes Its First Public Endurance Appearance at the Guangzhou 100 Trail Race
, by INFFNIOffice, 11 min reading time
Guangzhou, China, January 16–17, 2026 — Rover X1, a wheel-legged quadruped robot, completed its first public endurance appearance at the Guangzhou 100 Trail Race, marking an important milestone in the exploration of intelligent robotics for outdoor and all-terrain environments.
Public Debut at the Opening Ceremony
Rover X1 made its initial appearance during the opening ceremony on January 16, where it was presented in a festive, interactive demonstration inspired by traditional lion dance performances. The robot’s dynamic movement and responsive interaction attracted attention from athletes and spectators, generating strong on-site engagement throughout the event.
Its presence at the ceremony highlighted the growing intersection between intelligent robotics and outdoor sporting events, offering a glimpse into how embodied intelligence can engage with human-centered activities.
From Demonstration to Real-World Terrain Testing
On January 17, Rover X1 officially entered the course as a special participant, operating alongside runners across the challenging trail environment. The route included uneven rocky paths, steep slopes, stairs, paved sections, and muddy trails—conditions that provided a comprehensive test of the robot’s stability and mobility.
Throughout the race, Rover X1 demonstrated consistent performance across mixed terrains, showcasing the advantages of its wheel-leg hybrid design. The platform maintained balance and traction during climbs, transitions, and short sprints, validating its suitability for outdoor, all-terrain operation.
Expanding Use Cases for Outdoor Exploration
Beyond mobility, Rover X1 was presented as a versatile companion platform for outdoor activities. Its rear expansion interface supports modular attachments, including storage baskets that can assist with load carrying during hiking or long-distance trekking.
The platform can also be equipped with an action camera to enable dynamic follow-shot recording. Using vision-based following, Rover X1 was able to track and accompany runners, capturing movement and scenery in real time. Gesture-based following and voice interaction further enhanced hands-free operation, allowing users to interact naturally while on the move.
A Step Toward Intelligent Companionship
As Rover X1 crossed the finish line, the demonstration represented more than a performance test. It highlighted the potential for intelligent robotic systems to operate alongside humans in physically demanding environments. At the finish area, participants gathered to interact with and photograph the robot, reflecting strong interest in the concept of robotic companions for outdoor exploration.
Wrapped Up
The Guangzhou 100 Trail Race marked the first step in Rover X1’s real-world endurance validation. Performance data and on-site feedback gathered during the event will support further development and refinement of the platform.
From extreme outdoor scenarios to everyday use, Rover X1 continues to explore how intelligent, physically capable robots can integrate into human activities—serving not only as tools, but as adaptable companions for future exploration.
About INFFNI
INFFNI is the consumer-focused sub-brand of DOBOT Robotics, established in 2026 to extend DOBOT’s expertise in industrial-precision robotics into everyday life. Drawing on strengths in motion control, intelligent sensing, and system integration, INFFNI explores embodied intelligence through interactive and mobile robotic platforms designed for personal, household, and outdoor use.
INFFNI’s product lineup includes two core series. The Rover series focuses on embodied intelligence as its technological foundation, featuring mobile platforms designed for autonomous movement, perception, and real-world interaction. The FirstBreath series introduces character-driven robotic products inspired by retro and primitive dinosaur forms, combining expressive design with interactive behavior to explore emotional and experiential human–robot interaction.
By bridging industrial-grade engineering with consumer-oriented design, INFFNI aims to make intelligent, physically capable robots more accessible and relevant to everyday activities.
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