Galileo Robotics debuts Galileo X at WRC 2026 with self-developed "land-based embodied system" unifying wheeled, vehicle and legged mobility

At WRC 2026, held August 19-23 in Beijing's Yizhuang district, Galileo Robotics staged the global debut of its new ground mobile platform Galileo X and unveiled its self-developed "land-based embodied system" (陆行具身系统). It is the company's first system-level showcase of its strategy in all-terrain ground mobile robotics.

Galileo X pushes past the form-factor boundaries that separate traditional AGVs, off-road vehicles, and quadruped robots, fusing high-precision transport, long-range off-road mobility, and complex-terrain obstacle crossing into a single platform.

According to QbitAI's report, Galileo X is not an incremental upgrade of an existing model: the company defined the architecture, designed the full machine, and developed the entire control system from scratch, so a single unit can handle indoor flat-floor work, long-range outdoor movement, and unstructured terrain.

The capability rests on Galileo's self-developed unified land-based embodied mobility system, which uses a native integrated hardware architecture and a unified control framework to bridge the long-separated hardware systems, kinematic models, and control algorithms of wheeled, vehicle, and legged platforms.

Galileo is a national-level "little giant" specialized enterprise that has worked on robotics since 2013 and established its Tianjin headquarters in 2021. It has fully self-developed integrated joints and motion control algorithms, won national titles including the 2026 Robot Warrior Challenge, runs joint labs with Tianjin University and Beijing Institute of Technology, and deploys products across 26 Chinese provinces plus overseas markets.

Targeting industrial manufacturing, energy inspection, emergency rescue, public safety, and special operations, Galileo X is meant to let companies shrink their hardware fleets and cut the cost of coordinating and maintaining multiple specialized machines.

The company positions Galileo X as the strategic pillar of its 3-5 year global commercialization plan and has launched an open ecosystem strategy, opening core software and hardware interfaces to algorithm developers, application providers, and industry partners.

As ground robots move from single-purpose machines toward unified all-terrain platforms, the key questions are whether Galileo X can deliver at scale and whether its open ecosystem can attract real developer and partner traction.