GALILEO INTELLIGENT BIONIC QUADRUPED ROBOT E1 SERIES

New Products / New Technology

The Galileo E1 Series is an independently developed, high-performance bionic quadruped robot designed to meet advanced industrial application requirements. Capable of adapting to complex terrains, dynamic environments, and diverse operational needs, this intelligent robot excels in hazardous working conditions, including toxic, harmful, and high-risk scenarios.With modular payload customization, the E1 Series can be equipped with a variety of specialized devices, such as dual-optical gimbals, robotic arms, compact radars, cargo payloads, demolition tools, explosion-proof equipment, and weapon systems. This versatility enables it to fulfill a broad spectrum of application scenarios across multiple industries.

GALILEO INTELLIGENT BIONIC QUADRUPED ROBOT C1 SERIES

New Products / New Technology

The Galileo C1 Series, developed by Galileo (Tianjin) Technology Co., Ltd., is a high-performance bionic quadruped robot that seamlessly integrates consumer-grade and industrial-grade applications. Featuring a biomimetic four-legged design, it offers all-weather operation and extended endurance, with customizable payload options including panoramic cameras and toxic/hazardous gas sensors.
Key advantages include autonomous charging, full-scenario adaptability, and an industry-leading payload-to-weight ratio. Its advanced motion control algorithms ensure superior performance across complex terrains, making it an ideal solution for diverse operational needs.

GALILEO INTELLIGENT BIONIC QUADRUPED ROBOT S1 SERIES

New Products / New Technology

The Galileo S1-E Series is specifically engineered for industrial high-risk and complex environments, featuring all-terrain mobility, AI-powered autonomous obstacle avoidance, and explosion-proof capabilities. Designed for applications such as chemical plant inspections, disaster rescue operations, and power facility maintenance, this advanced robot enhances operational safety through high-precision sensors and adaptable payload configurations.