As we all know that GPS or Global Positioning System technology is one of the most innovative creations of modern time. As the advancement is seen, mostly all the fleets existing around the world are utilizing GPS Tracking Devices to monitor the vehicles and get driving directions.
But despite its worldwide uses, many people are unaware of the uses of GPS Tracking Devices, how it works, their different use cases, etc., and many more things related to it. You must read the complete blog post to know more about how GPS Tracking Devices work, their benefits, and some popular GPS trackers for cars.
Let’s explore more about this innovative technology.
A GPS Tracking Device is a small portable device that facilitates users to monitor and track its directions. These tracking devices are mostly used in vehicles or other automobiles as vehicle tracking devices or systems. These GPS vehicle tracking devices are somewhat similar to in-car navigation systems but in some cases, they are different from each other.
GPS Navigation Systems facilitate drivers to locate their positions on a digital map and then provide the driving instructions to get a proper direction and reach a designated place. If we talk about the GPS tracking devices for cars, it uses GPS innovative technology to track a car’s exact location and directions history.
The GPS information is then disclosed to any system, tablet, pc, or any other gadgets.
GPS trackers for cars are connected to a series of satellites to track the location of vehicles. The tracker device functions like a process known as trilateration which utilizes the positioning of three or more three satellites facilitated by the Global Navigation Satellite System (GNSS) network and their position or distance from them to determine their latitude, longitude, elevation, and time.
If you want to learn how to make a GPS tracker for cars work, it’s very simple. Please do not skip this post from the middle. If the tracking device is used in a vehicle, the device will usually be powered by the onboard diagnostics (OBD II) connector, a cigarette lighter, an accessory socket, or an internal battery. The data it gathers is then transferred to the software that facilitates the user to aggregate and analyze the data.
Let’s explore how GPS car tracking devices work with the software. Some people use activity trackers, and these trackers facilitate their users with a real-time view of global positioning. Active trackers can be looped into a managed service. And another one is the passive tracker, which facilitates the users to store data to be viewed after some time and it’s more expensive than the active one.
Mostly GPS Tracking Devices are used by the fleet management system and vehicle owners in order to trace the location and directions of vehicles. GPS Tracking Systems provides all the relevant information in various scenarios, such as,
Tracking Business Informations
Several business managers and fleet owners use vehicles for day-to-day purposes and also uses GPS fleet tracking device to track their movements and mileage covered. It is very helpful in determining where individuals and vehicles are at a specified moment or how much they have traveled on a particular day.
Vehicle Location Information
Suppose if a vehicle is lost or stolen, but it has a GPS tracker installed in it, its locations can be determined by the authorized person and he can recover it very soon.
Some of the fleets who are effectively using their GPS tracking tool can feel the changes in their overall business development. Some of the key benefits of using GPS Tracking Devices for fleets are as mentioned below:
Quality Customer Service
The GPS Tracking Device Australia offers a real-time fleet status that helps a fleet manager provide a quality customer experience by offering more accurate positioning times and identifying the closest driver to a service call.
Using GPS information, fleet managers can help to learn traffic and road conditions by revealing more accurate arrival times and introducing the nearest driver to a service call.
Monitor Driving Habits
Using an engine control module (ECM) connection, fleets can also detect driving habits, notifying managers of the behavior of drivers that can be trained.
E-fleet Care offers a smart fleet management system that facilitates your fleet and business to realize their potential and attain their objectives. Our experienced professionals will assist you through all the processes and help you find the right solution for you considering your fleet condition. So let’s discuss what are our popular GPS Tracking devices and their features.
Teltonika FMC001 offers a wide range of applications such as fleet management of light management vehicles, car rental and leasing, driver log book, insurance telematics (UBI), and many others.
It supports several Bluetooth Low Energy sensors, beacons, firmware, and configuration updates via Bluetooth. The tracker is capable to read OBD II parameters, effortless installation, and detailed accelerometer data.
It is one of the most usable plugs and Tracks LTE OBD devices followed by GNSS and Bluetooth connectivity.
This GPS Tracking Device is newly introduced in the market. It is a small portable ADVANCED series device followed with 4G (LTE Cat 1) network coverage comprising 3G (UMTS), and 2G (GSM) fallback compatibility.
This item comes equipped with internal GNSS, LTE antennas, configurable digital/analog/negative and impulse inputs, three DOUT outputs, Bluetooth connectivity, and a backup battery.
Teltonika FMC130 was introduced on the existing Teltonika FMB platform, therefore it maintains all of the functionalities from FMB130 and strives to be on top of them with its industry-prominent connectivity coverage.
Blue Puck T is considered a perfect monitoring solution due to its wide applications in cold chain logistics, freezers, refrigerators, and other temperature-sensitive cases. The sensor facilitates advanced Bluetooth 4.0 LE technology used in it to get data from long distances.
This device is equipped with an internal battery that works for up to 19 years! The sensor is also used to collect temperature information of the surrounding environment that is further transferred to FMB GPS Tracking devices which has the possibility to support up to four temperature sensors at the same time!