Industrial Robot Dog Features

VIU Tech Intelligent Bionic Industrial Robot Dog is a high-level, industry-application-oriented intelligent robot designed to adapt to changing environments. Developed by VIU Tech, this advanced robot platform can be customized with various equipment to meet diverse application needs. It features all-weather operation, strong load capacity, powerful adaptability, long endurance, autonomous charging, full-scene coverage, robust computing power, and precise perception—making it ideal for industrial, research, and security applications.

	Intelligent perception and autonomous obstacle avoidance  Based on the fusion technology of laser SLAM and visual SLAM, an accurate indoor and outdoor 3D environment map can be constructed, realizing real-time autonomous positioning, autonomously planning the shortest path to the target, and autonomously identifying and avoiding static and dynamic obstacles.
	FLIR Infrared-thermal-imaging  It is equipped with a FLIR infrared thermal imager, which can measure the temperature distribution of the current environment remotely and without contact. If it detects abnormalities in temperature, flammable gas, smoke, excessive air particles, etc., it will send information and on-site pictures to the administrator in real time.
	High-definition real-time transmission  High-definition wide-angle camera can capture the surrounding environment and transmit videos and images in real time through communication modules such as WIFI or 4G.
	Powerful computing power, accurate identification  The top-level processor is paired with a depth camera and multi-line LiDAR, and combined with AI and intelligent algorithms, it can construct 3D maps of complex environments and realize functions such as precise natural navigation, dynamic obstacle avoidance, terrain recognition, human recognition and tracking, and human-machine interaction.
	Deep learning, autonomous enhancement capabilities  After the intelligent bionic quadruped robot is controlled by a human to build a map and draw a route for the first time, the quadruped robot can autonomously plan the fastest/shortest path to complete the task.
	Autonomous charging & manual battery replacement Our quadruped robot adopts a dual-mode energy management system of "autonomous charging + manual battery replacement", uses LiDAR navigation to automatically dock with charging piles, is equipped with a modular pluggable battery compartment, enables battery replacement in seconds, and ensures continuous endurance in complex scenarios.
	High mobility, unlimited mission scenarios  The high-torque joints enable multiple gaits such as crawling, trotting, running and jumping, and can achieve motion functions like fast walking, running and jumping, climbing slopes, going up and down stairs, crossing obstacles, getting up after falling, and crawling through low spaces.
	Industrial-grade waterproof, all-weather operation  It is adapted to outdoor rainy weather and harsh environments and can prevent dust from entering.
	Full scene, all-terrain coverage  Our all terrain quadruped robot can easily adapt to various extreme or dangerous environments, including stairs, slopes, grasslands, sand, snow, gravel, waterlogged areas and other complex environments.
	Real-time remote control, truly unmanned  Through the beyond-visual-range motion control terminal, the robot's movement can be remotely controlled, its status can be monitored, and the robot's video stream and extended device data can be viewed in real time. It can provide multiple extended buttons for executing predefined action groups, such as scanning and robotic arm movements.