The robot chassis, as the core actuator of mobile robots, is widely used and profoundly changing the industrial, commercial, and educational fields. Wheeled chassis, with its stability, low noise, and ease of maintenance, has become the mainstream choice for service robots, widely used in logistics handling, food delivery services, and indoor and outdoor cleaning scenarios. The tracked chassis plays an important role in agriculture, firefighting, and military special robots due to its strong traction and off-road performance, and can operate stably in harsh terrains such as sandy and muddy terrain.
In the field of education, robot chassis provides a flexible platform for scientific research experiments. The chassis of the multi terrain mobile robot adopts four-wheel independent drive and suspension system, supports ROS development, and helps students quickly master motion control algorithms. The "Boundary Expansion" smart chassis of Zhanjiang University of Science and Technology is designed with modularity and integrates multimodal perception technology, reducing the threshold for secondary development and becoming an ideal tool for teaching and research in universities.
The application of wheeled and tracked chassis not only improves production efficiency, but also promotes educational innovation. With the development of technology, robot chassis is evolving towards intelligence and modularity, and will play a key role in more fields in the future, bringing convenience and change to human life.
Tianjin Weide Aviation Technology Co., Ltd.
