You can choose not to enable the restart sequence, completely erase the chip, manually set the baud rate, and whether to display an unstable version.

The dedicated panel allows you to select the board of interest, the firmware version, and options for downloading and running the flash memory locally. Last but not least, it is recommended that you use the built-in firmware update program to maintain the automatic connection function. Fortunately, the application automatically disables options that would cause conflicts with the overall configuration. Of course, you can manage almost every aspect of your device, some of which may not actually be compatible. The application will guide you through the general equipment settings, ports, configuration, fail-safe, PID adjustment, receiver, mode, adjustment, servo, GPS, motor, race transponder, LED light bar, sensor, tethered log, black box and CLI. Manage sensors, motors, ports and firmware After connecting, you can view the functions of the device in the upper toolbar, and easily browse the configuration options in the side panel. You can also choose to connect automatically. On the upper toolbar, you can find connection options, which can be done through COM port, manual selection or wireless mode.

The window is very intuitive and provides an impressive variety of hints and documents. The application supports all hardware configurations that support INAV, such as Sirius AIR3, SPRacingF3, Vortex, Sparky, DoDo, CC3D/EVO, Flip32/+/Deluxe, DragonFl圓2, CJMCU Microquad, Chebuzz F3, STM32F3Discovery, Hermit, Naze32 Tricopter frame and Skyline32. Needless to say, another requirement is the actual flying device. You can even create a desktop shortcut for it from the Google Apps menu. Although it has been integrated into Chrome, it can run as a standalone application and can even be used offline, regardless of the browser. The first thing to mention is that Google Chrome is required to be able to access the INAV-Chrome configurator function.

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