— Recently, GalileoRobotics officially launched the Galileo X Embodied Ground Mobility System, a full-domain mobile intelligence platform. Leveraging its proprietary multi-mode adaptive switching technology, it breaks down the traditional barriers of robot scenarios and forms, effectively addressing pain points in industry automation implementation and accelerating the global commercialization of embodied intelligence.
For a long time, poor environmental adaptability has been the core bottleneck for the large-scale popularization of mobile robots globally. Traditional wheeled, tracked, and quadrupedal robots each have their own shortcomings and cannot simultaneously meet the diverse needs of high-precision indoor transportation, long-distance heavy-load outdoor transportation, and obstacle crossing in complex terrain. The industry generally needs to purchase multiple types of robots for combined operations, which adds high costs for equipment maintenance, system scheduling, and personnel management, significantly reducing the potential for commercial returns. This problem is particularly prominent in the European and American markets, where high labor costs and complex suburban and community road conditions have long stalled the intelligent transformation of the “last mile” of last-mile logistics.
According to reports, Galileo X deeply integrates the core performance advantages of wheeled AGVs, off-road tracked chassis, and four-wheeled legged robots, possessing intelligent adaptive form-switching capabilities. A single unit can precisely adapt to high-precision material handling scenarios in indoor warehouses and commercial buildings, while also handling long-distance heavy-load travel on urban main roads and park roads. It can easily traverse complex unpaved road conditions such as steps, curbs, gravel surfaces, steep slopes, and lawns. Without requiring site modifications or the deployment of multiple models, it can establish an integrated indoor and outdoor operation chain, significantly reducing the overall operating costs of enterprise hardware procurement, maintenance, and scheduling.
Watch the video：【Galileo X |Defy Form Limits,Transcend Imagination】
https://youtu.be/6IEFl48bNIQ?is=y1IyUndiS58nI1my
In core commercial scenarios, Galileo X has radically expanded the boundaries of unmanned automation on land , extending unmanned delivery from traditional closed industrial parks to residential areas, effectively broadening service coverage and improving last-mile order fulfillment capabilities. For the global market, Galileo Robotics will launch a customized delivery version, deeply adapted to food delivery, last- mile logistics delivery models, and localized business processes. Furthermore, the system can be widely reused in diverse B2B scenarios such as industrial plant inspections, public security patrols, and disaster emergency supplies delivery, helping companies reduce costs and increase efficiency through its multi-functional capabilities.
Watch the video：【Galileo Quadruped Robot｜Cruise, Omni- Directional & All-Terrain Mobility】
https://youtu.be/yIxm-B-KvnA?is=v7a_kO7_9ut-LTq_
Galileo Robotics ‘ powerful product performance stems from its deep accumulation of self-developed full-stack technologies. The company specializes in the research and development of general-purpose embodied intelligent large-scale models and intelligent bionic robots, accumulating over 300 patents and software copyrights, and fully mastering the core technologies across the entire chain, including core robot components and autonomous motion algorithms. Currently, Galileo Robotics has built a comprehensive product matrix, coupled with its self-developed embodied intelligent brain platform. Many of its core products have been deployed on a large scale in industries such as manufacturing, petrochemicals, and emergency security, fully validating its technological strength and delivery capabilities. Industry experts indicate that the Galileo X land-based embodied system will significantly lower the barriers to intelligent upgrades for global enterprises and accelerate the global commercialization of all-domain mobile robots.
Contact Info:
Name: Liang Xiaowei
Email: Send Email
Organization: Galileo (Tianjin) Technology Co., Ltd.
Website: http://www.galileotimes.com
Release ID: 89206554
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