This presents challenges for real-time monitoring systems that require an avenue to transmit data. If a person lives in an area where rugged terrain and/or mountains dominate the landscape it is very likely cellular coverage may be weak or non-present. This is not a serious issue or concern for the majority of people because most live in areas where some form of cellular coverage is available, but for those living in heavily wooded areas, in the mountains or along rural regions they are at a true disadvantage. Currently, the method in which this data transmission process is conducted is via cellular towers, and therefore if no cellular coverage is present the car tracker will essentially have no way to communicate. This is because most GPS vehicle trackers acquire satellite signals, capture location-based data and then need to transmit that data to where it can be accessed remotely by the user. Although placement has become less of a crucial issue, as GPS vehicle tracker manufacturers have engineered more efficient internal and external antenna designs, the one thing that can still render a car tracker ineffective is if the device is a real-time solution operating in a heavily wooded or mountainous region where cellular coverage is non-existent. GPS trackers, on the other hand, are often used for covert monitoring applications, and therefore are not always kept in such plain view of the driver or passengers in a vehicle. With the majority of people placing GPS navigation devices on the front windshield of a vehicle or somewhere near the dashboard, the GPS will almost always have a clear line of sight to the open sky. GPS Tracking System That Performs Flawlessly In Mountain Regionsįinding a GPS navigation device that can acquire satellite signals is easy because a driver is going to need to keep the navigation system within eyesight while operating a vehicle.
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