Softwares Avia Maps Aeronautical Charts 3.16.1

This app is suitable for pre-flight planning as well as in-flight orientation. Just select any 5 x 5 degree area on the earth and download the relevant data for offline use. The map includes over 65,000 airports, 9,000 navigation aids and 15,000 waypoints worldwide, as well as the airspace of 62 countries currently on all continents (except Antarctica). Countries with airspace data include the United States and Canada, Europe, Australia and New Zealand. Global, high-resolution weather....

This app is suitable for pre-flight planning as well as in-flight orientation. Just select any 5 x 5 degree area on the earth and download the relevant data for offline use. The map includes over 65,000 airports, 9,000 navigation aids and 15,000 waypoints worldwide, as well as the airspace of 62 countries currently on all continents (except Antarctica). Countries with airspace data include the United States and Canada, Europe, Australia and New Zealand.

Global, high-resolution weather forecasts from Germany's DWD and the United States' NOAA provide accurate map layers of cloud cover, cloud ceiling, precipitation, wind at ground level and at altitude. The data is downloaded to the device, so you can check the forecast even while flying without mobile phone coverage. To get the latest METAR and TAF at your destination airport, the app is integrated with Avia Weather.

A digital elevation model helps you plan your route in the mountains. While flying, the terrain overlay dynamically colors the hills on the map depending on your current altitude for increased situational awareness.

For added safety, Avia Maps can display traffic information from your favorite ADS-B receiver or from the SafeSky app directly on the map. The app supports receiving traffic data in the GDL90 format, which is supported by most portable ADS-B receivers such as SkyEcho or Stratux. If you don't have a receiver, SafeSky can provide traffic data using only an internet connection.

For the most accurate performance calculations, you can create multiple aircraft profiles from manual values ​​for climb performance, fuel consumption, etc. The route calculations will use these profiles and even consider engine type and fuel consumption to get the climb performance, using common formulas used in aerospace engineering. With just four carefully selected data points, the application can accurately recreate the climb performance profile in your POH.

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