System Requirements
FlightGauge is designed to support most of today’s commonly used smartphones and tablets. Listed below are the minimum system requirements which we found to be necessary for the mobile apps to run as intended:
Minimum Requirements:
| Apple | Android | |
|---|---|---|
| Phone | iPhone 8 Plus | Any (2018+ with RAM 2GB+) |
| Tablet | iPad (All models 2018+) | Any (2018+ with RAM 2GB+) |
| OS | iOS/iPadOS 14.0 | Android 11 |
Note: The minimum specifications provide marginal performance, and you may experience occasional issues with some features, especially the AutoFlight feature.
For FlightGauge to detect, track and log your flights using this feature, the supported mobile device must be equipped with GPS and motion sensors. Most modern smartphones and tablets have those built-in; however, the performance of those sensors can vary depending on the device generation and the firmware.
We recommend using a device that meets or exceeds the recommended configuration specifications listed below:
Recommended Configuration:
| Apple | Android | |
|---|---|---|
| Phone | iPhone XR | Any (2019+ with RAM 3GB+) |
| Tablet | iPad (All models 2019+) | Any (2019+ with RAM 3GB+) |
| OS | iOS/iPadOS 15.0 | Android 12 |
Multiple Device Support Configuration:
FlightGauge can run on multiple devices simultaneously, free of charge. In fact, for optimal results, we recommend running the app on your phone and your EFB.
FlightGauge is designed to perform a conflict resolution upon landing, so there are no issues with duplicate flights on multiple devices. Based on estimating the reliability of a detected flight, FlightGauge prioritizes one device over the other and discards any duplicates.
Preferred device placement:
FlightGauge uses a variety of sensor data provided by your smartphone and tablet.
For FlightGauge to detect flights using the AutoFlight feature, it must have access to a good GPS signal. As you can imagine, the placement of your device plays a vital role.
We recommend having at least one device with unobstructed exposure to a strong GPS signal, for example, a tablet such as your EFB mounted in the flight deck.
Internet Connection
FlightGauge can detect new flights automatically while offline. Your mobile device can and should be kept in Airplane Mode while operating an aircraft. Once back on the ground, an internet connection is required within 36 hours to collect the completed flight details.
FlightGauge features a real-time database service, allowing the app to instantly exchange and update data among all devices in real-time once an active internet connection is available.
As soon as a new flight is created, FlightGauge requires an internet connection to resolve potential duplicate conflicts. If the flight is captured by the auto-flight, any pertinent flight details are gathered. The flight record is updated with official departure times, aircraft registration, and more.
Web App Support
FlightGauge was designed to be user-friendly. We pride ourselves on making it available to users with any number of devices and from anywhere in the world without any extra charges or hidden fees.
Our web-based app features a convenient resemblance to the mobile app. Many features, such as adding* and deleting flights, sorting*, or modifying them, and exporting* your logbook to a PDF, can be quickly done using the FlightGauge Web App.
Features marked with * is not available on the Web App at this time. They will be added in the near future.
The AutoFlight feature is unavailable on the FlightGauge Web App simply because most computers are missing the necessary hardware, and most pilots prefer not to carry a running computer on every flight.
Keep in mind that with evolving technology and programming changes, the minimum system requirements for FlightGauge may change over time. We recommend reviewing this section periodically.