Galileo Unveils Galileo X at WRC 2026, Introducing 'Land-based Embodied System' to Unify Robot Mobility

The ground mobile robot industry has long struggled with scenario adaptation. Mainstream products such as wheeled AGVs, off-road tracked chassis, and quadruped robots each have their strengths, but real-world operations often involve a mix of indoor tasks, long-distance outdoor travel, and traversal of complex terrain. Because these robot architectures and control systems are incompatible, companies have had to deploy multiple machines to complete one job, raising procurement, maintenance, and project implementation costs.

Galileo X aims to solve this by integrating three capabilities into one machine: high-precision indoor transport, vehicle-level long-range off-road travel, and legged high-adaptability obstacle crossing. The company says this is achieved through a self-developed "unified land-based embodied mobile system" that allows a single device to switch modes seamlessly across different environments.

For example, in an energy station scenario, a complete workflow might involve material transfer inside a factory, several kilometers of outdoor driving, and inspections over gravel and steps. Traditionally, this would require deploying an AGV, an off-road chassis, and a quadruped robot simultaneously. Galileo X replaces all three, simplifying hardware and reducing scheduling and maintenance burdens.

Under the hood, the core breakthrough is the unified mobile system. Traditional robots have fragmented control systems, with off-road vehicles, wheel-legged robots, and AGVs each relying on incompatible hardware and algorithms. Galileo X's architecture natively integrates these differentiated capabilities from the mechanical design stage, covering mechanical structure, power drive, environment perception, and motion control. The company emphasizes that this is not a superficial addition of modules as seen in some competing products, but a true native integration.

Galileo X also adopts a "function-driven form" design philosophy, featuring a composite active suspension system and 360-degree rotating joints to balance structural strength, load distribution, and dynamic center-of-gravity control during mode switching.

The product is one implementation of a broader platform. According to Leiphone.com, the underlying system is highly scalable and can be adapted to develop new configurations for different industrial and special-operations needs. Galileo positions this as the foundation for its future evolution from a single-form robot maker to a multi-configuration, full-scenario mobile robot ecosystem.

In terms of applications, Galileo X targets industrial manufacturing, energy inspection, emergency rescue, public safety, and special operations. In energy inspection, it can handle indoor material transport, outdoor long-distance driving, and complex-terrain inspection in one unit, reducing project costs. In manufacturing, it overcomes the limitation of traditional AGVs to flat workshop floors by enabling transport across factory yards. In emergency rescue, it can enter disaster sites for reconnaissance and supply delivery, with a future explosion-proof version planned for hazardous chemical leaks. In public security, it suits large events and urban patrols across indoor and outdoor venues.

Galileo X also addresses a key bottleneck in embodied intelligence: dual-arm robots often rely on AGV wheeled bases, which lack off-road capability. Galileo X provides a high-precision, high-load, and rough-terrain-capable platform for such robots.

The company plans to advance engineering iterations and mass production after the WRC debut. It will leverage its existing deployment experience across 26 provinces in China, including projects with State Grid Tianjin Electric Power and Nanchang Public Security, and its inclusion in the Ministry of Public Security's police equipment procurement catalog, to expand into energy, emergency, and manufacturing markets. It also plans to open interfaces for partners to develop industry-specific solutions.

Galileo is a national-level "specialized, refined, distinctive, and innovative" "little giant" enterprise. It claims full-stack in-house development of configuration, mechanical structures, motor joints, and motion control. The company says Galileo X will be the strategic focus of its global commercialization in the next three to five years, aiming to transform from a hardware supplier into a full-domain mobile robot ecosystem service provider.