GPS tracking is a great way to keep an eye on your fleet. A GPS tracker can help you improve efficiencies in your operations, track down stolen vehicles quickly and cheaply, monitor driver behavior, and provide peace of mind for managers whose livelihoods depend on their equipment working 24/7.
Fleet GPS tracking is a system that uses Global Positioning System (GPS) technology to track the location of vehicles or other objects. Fleet managers use gps fleet tracking to monitor the location and movement of their vehicles, which can help them improve efficiency, optimize routing, and reduce costs.
There are a variety of different fleet GPS tracking systems available, including both hardware and software-based systems. Hardware-based systems typically consist of a small GPS receiver that is installed in each vehicle. Software-based systems, on the other hand, rely on GPS capabilities that are built into smartphones or mobile devices.
This article was written by GPS tracking experts, satellite communications, and vehicle security specialists, Satcom1. It is intended for fleet managers looking to understand more about the benefits of vehicle tracking technology and how it can be used to improve the management of their business.
How does GPS work?
GPS stands for Global Positioning System and is a network of around 30 satellites that orbit the earth at an altitude of 20,000Km. The system is owned and run by the US Department of Defense, but there are also Russian GLONASS and European Galileo systems that provide similar capabilities. Once a GPS receiver has been programmed with the orbital parameters (ephemeris) of each satellite, it can determine its position anywhere on or above the earth’s surface to an accuracy of a few meters.
GPS receivers come in all shapes and sizes, from small hand-held devices to sophisticated systems integrated into vehicles and aircraft. They can be used for navigation, surveying, mapping, and tracking. All GPS receivers calculate their position by measuring the time it takes for a signal from one satellite to reach them and then comparing that time with the times measured from other satellites. This is known as triangulation and allows the receiver to pinpoint its location on a map.
There are three main types of GPS receivers: passive, active, and real-time. Passive receivers simply measure the signals received from the satellites without transmitting anything back. Active receivers send a signal back to the satellites, which allows them to be used for tracking and vehicle navigation. Real-time receivers combine the features of active and passive receivers, allowing users to see their location on a map in real-time.
GPS is not just for navigational purposes. It can also be used to track vehicles and assets. Vehicle tracking systems use GPS receivers to track the position of a vehicle and its movements. The data collected by the GPS receiver can be used to create a map of the vehicle’s journey, showing its route, stops, and speed. This information can be used to improve fleet management, including routing, scheduling, and driver behavior monitoring.