Betaflight configurator vs. iNav configurator – which should I use?

Betaflight configurator is specifically for Betaflight firmware, ideal for FPV racing drones, while iNav configurator is for iNav firmware, better for autonomous fixed-wing. Choose based on your flight control system; they are not interchangeable.

How do I install Betaflight configurator on Ubuntu 24.10?

On Ubuntu 24.10, you need to manually install deprecated libraries like libgconf. Follow the README steps: download the .deb file, install gconf2 packages from archive.ubuntu.com using dpkg, then install the configurator and run apt-get -f install to resolve dependencies.

Does the Betaflight app work on iPhone or iPad?

Yes, through the PWA at app.betaflight.com, which works on iOS Safari as a web app. However, there's no standalone iOS app, so functionality may be limited compared to desktop versions, and it relies on browser support for serial connections.

How can I contribute translations to Betaflight app?

Translations are managed via Crowdin; visit the project link in the README to contribute. Do not submit pull requests directly, as the project uses Crowdin for streamlined translation updates and community coordination.

Is the Betaflight PWA safe to use for tuning my drone?

The stable PWA at app.betaflight.com is safe, but the testing version at master.app.betaflight.com is unstable and may corrupt settings. Always use the stable release for critical configurations, and backup your settings before experimenting.

What graphics settings fix smudged fonts in Betaflight configurator?

If you experience graphics issues, run the executable with the --disable-gpu switch to disable hardware acceleration, or adjust your graphics card settings to turn off antialiasing like FXAA, as recommended in the README's graphics troubleshooting section.

How do I connect a flight controller to Betaflight app on Linux?

Connect via USB serial; on Linux, you may need to add your user to the dialout group with 'sudo usermod -aG dialout ${USER}' and log out/in for access. Ensure drivers are installed, and the app should detect the controller upon connection.

Open-Awesome

Betaflight Configurator

GPL-3.0JavaScript2026.6.1

Cross-platform configuration and management application for the Betaflight flight control firmware.

GitHub

3.3k stars1.1k forks0 contributors

What is Betaflight Configurator?

Betaflight App is a cross-platform configuration and management application for the Betaflight flight control firmware. It allows users to connect to, configure, and tune flight controllers used in multirotor drones and fixed-wing aircraft, providing an interface to adjust PID settings, modes, rates, and other critical parameters. The tool is essential for drone pilots and builders to optimize flight performance and behavior.

Target Audience

Drone enthusiasts, FPV pilots, and multirotor/fixed-wing aircraft builders who use Betaflight firmware on their flight controllers and need a tool to configure and tune their aircraft.

Value Proposition

Developers choose Betaflight App because it is the official, feature-complete configuration tool for Betaflight firmware, offering cross-platform support, a modern PWA interface, and direct integration with the flight control ecosystem. Its open-source nature and active community ensure continuous updates and support for the latest firmware features.

Overview

Cross platform configuration and management application for the Betaflight firmware

Use Cases

Best For

Configuring Betaflight flight controllers for FPV racing drones
Tuning PID settings and rates on multirotor aircraft
Setting up flight modes and aux channels for fixed-wing planes
Calibrating sensors and ESC protocols on drone builds
Managing firmware updates on Betaflight-compatible boards
Using a single tool across Windows, Linux, macOS, and Android devices

Not Ideal For

Projects using non-Betaflight flight control firmware like iNav or ArduPilot
Developers relying heavily on Android mobile configurations due to the incomplete Android app
Users seeking a plug-and-play setup on MacOS or Linux without command-line interventions
Teams requiring a fully stable web-based interface for critical production tuning, given the PWA's testing nature

Pros & Cons

Pros

Cross-Platform Accessibility

Runs as a standalone app on Windows, Linux, MacOS, Android, and as a PWA, ensuring wide device compatibility for drone tuning, as highlighted in the README's feature list.

Multi-Craft Support

Configures various aircraft types including quadcopters, hexacopters, and fixed-wing, making it versatile for different RC builds, per the README's support details.

Modern PWA Transition

Embraces Progressive Web App technology for easier maintenance and future-proofing, with a web version accessible at app.betaflight.com, reducing installation overhead.

Community-Driven Localization

Translated into multiple languages via Crowdin, allowing global users to contribute and use the app in their native tongue, supported by community translations.

Cons

Incomplete Android Functionality

The Android version is explicitly labeled as 'not fully functional yet' and in development in the README, limiting reliable mobile use for drone pilots.

Complex OS-Specific Setup

MacOS requires terminal commands to bypass security warnings, and Linux needs manual library installations and directory creation, adding friction for non-technical users.

Unstable PWA Testing Releases

The master PWA snapshot is for testing only and may corrupt flight controller settings, posing risks for untested configurations, as warned in the README.

Frequently Asked Questions

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