Satellite navigation technology, especially positioning systems and the BeiDou Satellite Navigation System (BDS), has demonstrated its immense application potential across various fields. These technologies play a crucial role in diverse environments, significantly improving day-to-day operations, safety management, and productivity.

Functionally, wheeled inspection robots can monitor critical equipment such as instruments and valves in real-time. By leveraging image comparison and analysis technology, they can promptly identify and record abnormal equipment conditions, while also providing early warnings for potential risks such as hazardous gas leaks. Additionally, these robots feature day-and-night infrared recognition capabilities, enabling comprehensive inspections of equipment and surroundings under all-weather conditions. They effectively replace part of the inspection workload of human workers, significantly reducing their physical labor, improving inspection efficiency and reliability, and minimizing safety risks.

In the agricultural sector, Unmanned Autonomous Self-Propelled Tractor, precision seeders, and remote-controlled mowers rely on satellite navigation systems for precise guidance. Even in the complex terrain of farmland, these smart devices require only simple remote control or preset routes to operate. Unmanned Autonomous Self-Propelled Tractor can navigate flexibly in fields, executing sowing and mowing tasks with pinpoint accuracy. This not only greatly enhances operational efficiency but also prevents crop damage, reduces excessive use of pesticides and fertilizers, and ensures robust crop growth and high yields.

Unmanned Autonomous Self-Propelled Tractor are not constrained by weather changes or day-night cycles, offering continuous crop protection support to farmland. Their built-in advanced data monitoring systems capture and analyze real-time environmental data and equipment operating conditions in orchards. Based on this data, they intelligently adjust operating modes and parameters, ensuring precision at every step. This allows farmers to be freed from heavy physical labor and focus more on improving the quality and efficiency of agricultural production. This not only improves their quality of life but also further boosts agricultural productivity.

The realization of autonomous driving relies on the support and integration of multiple technologies, with satellite navigation technology being a core component. It provides accurate location information and navigation services, forming a reliable foundation for positioning and path planning in autonomous driving systems. Additionally, advanced technologies such as artificial intelligence, machine vision, sensor technology, and deep learning also play pivotal roles in autonomous driving. Together, these technologies constitute the core components of autonomous driving systems, driving continuous development and innovation in the field of autonomous driving technology.