Xspirebot Group

50+ robot development kits accelerate product assembly

Xspirebot provides robot kits that include various sensors, motors, controllers, batteries, brakes, steering, and chassis, covering robot products for a wide range of industries, including agriculture, transportation, warehousing, inspection, and firefighting, to comprehensively accelerate the development of robot products.

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Five Intelligent Subsystems

Through the deep synergy of the five core subsystems, it realizes the autonomous operation capability of the whole scene and the whole link.

Unmanned system

An unmanned system is an integral part of enabling robots to perform a variety of driving tasks with precision and flexibility.The system includes hardware such as sensors and actuators and software for decision-making and execution.The system has the functions of perception, planning, localization, control, etc. It adopts open technology architecture, can be adapted with mainstream robots

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Autonomous following system

An autonomous following system is a kind of intelligent system that does not require human intervention and relies entirely on its own sensors and algorithms to realize target tracking and following, which is commonly used in robots.For example, in the field of autonomous driving, unmanned delivery vehicles can autonomously follow couriers in the park;

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Automatic driving system

Agricultural navigation and automatic driving system is a kind of intelligent technology specially designed for agricultural machinery, which realizes autonomous driving and precise operation of agricultural machinery by integrating global navigation satellite system (GNSS), sensors, artificial intelligence (AI) and automation control technology.

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Automatic charging system

The automatic charging system is a key technological direction in the field of autonomous driving, particularly in scenarios such as unmanned logistics vehicles and robots, where there is an urgent need for such technology. Its core objective is to enable vehicles to achieve precise charging, docking, and fully automated energy replenishment without human intervention.

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News Center

How to choose a robot chassis?

Clarifying the application scenario requirements of the robot chassis and specific parameters such as chassis size, drive mode, load capacity, and obstacle and climbing capabilities will help choose a suitable robot chassis.

Wheeled chassis or tracked chassis?

As the core hardware platform of mobile robots, the technological progress and application popularization of robot chassis are changing the production mode

June. 12, 2025

What is a robot chassis?

Robot chassis is the basic structural platform of robots, which mainly assumes the role of supporting the robot body, providing mobility and integrating key functional components.

June. 12, 2025