AeroAltitude vs GPS ESSA

AeroAltitude calculates pressure altitude (PA) and density altitude (DA) either from user data inputs or automatically by using built-in GPS, built-in barometer*, and METAR** of airports. Overview of features: - PA/DA/QNH calculation for current position using GPS and barometer (enter temperature manually) - PA/DA calculation based on user inputs for altitude, QNH, and temperature - PA/DA calculation of any airports from the built-in airport database. Including METAR display and chart of DA (on 4'' screens and higher) - List of user defined airports showing PA/DA calculation - List of nearby airports showing PA/DA calculation - Includes watch app to display DA at current position, user, and nearby airports - User definable warning threshold factor - Sharing data via mail, message, etc. - All units are customizable - Pre iOS 14 today widget with PA/DA for maximum five nearby airports (not available in iOS 18 or later) AeroAltitude uses the freely available Aviation Digital Data Service from US NOAA to get METAR data and can not be guaranteed. Internet connection required

The GPS ESSA application is used for real-time monitoring of the location and operating parameters of vehicles, excavators, construction machinery equipped with GPS ESSA devices. It displays the location on the map and gives the current operating parameters. The application requires an active account in the GPS ESSA system. Examples of parameters that can be checked in the application are: - position on the map - driving direction - stopover - ignition status - speed - meter reading - engine speed - average fuel consumption - pressure on the gas pedal. - fuel level in the tank - engine temperature - door status - oil pressure * reading of some parameters depends on the version of the GPS module and the vehicle brand