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MyTrax GPS Vs. Light Pollution Map-VRs Travel

MyTrax GPS vs Light Pollution Map-VRs Travel Uso e estatísticas

The MyTrax GPS app allows transit customers to view the live positions of transit vehicles (such as shuttles, trams, and buses) on a user-friendly map. The map displays current position and directionality, information about routes and stops, and other important transit features. Have you ever been waiting for an airport shuttle or a bus and wondering how long the wait will be? Have you ever waited at a bus stop in the rain because the bus could be there at any time without warning? With this app, those scenarios could be a thing of the past.* This app also allows transit providers and fleet managers to track their vehicles, so that their positions can be displayed to the public or their own dispatchers. *Requires transit service to participate in the MyTrax GPS program

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Light Pollution Map-VRs Travel

Light Pollution Map is an essential tool for travelers and outdoor enthusiasts who find themselves in remote areas. With data from the Visible Infrared Imaging Radiometer Suite, the app provides a detailed map of light pollution levels in any location. Designed originally for military use, Light Pollution Map allows you to navigate by finding a point of light in the distance. If you ever get lost , this app will guide you towards a source of light, giving you a better sense of direction and a greater chance of finding your way back to civilization. Whether you're hiking, camping, or just exploring the great outdoors, Light Pollution Map will help you stay safe and avoid getting lost. It's an essential tool for anyone who loves to explore off the beaten path. Features: Accurate map of light pollution levels in any location Easy-to-use interface for quick navigation Designed for military and outdoor use Helps you find your way in the dark Free to download and use The data is from the Visible Infrared Imaging Radiometer Suite (VIIRS) instrument aboard the NASA/NOAA satellite, as captured in 2022. Note that these instruments are not sensitive to white light from LED's, now commonly used in street lights.