You can configure Betaflight settings on your quad by installing a Betaflight mobile app on your iPhone, iPad, Android Phone or tablets. This is handy when you are out in the field and don’t have access to a computer. There are a few different options which we will introduce in this post.
What's Cleanflight? Cleanflight can be used on multirotor aircraft and fixed-wing aircraft, it supports a variety for shapes and motor counts, not limited to quadcopters, hexacopters, octocopters, tricopters and planes. BetaFlight Unified Target MATEKF722HD. F722-PX and F722-HD share same Betaflight unified target MATEKF722HD. Select “MATEKF722HD” in pull-down list of configurator; BetaFlight configurator 10.7 has supported FrskyOSD protocol, Need to enable it on Uart6.
Check out the list of Betaflight tutorials.
So you might wonder, we can already change Betaflight settings using Betaflight OSD or LUA script, why would you want to use a clunky mobile app?
Well, some mobile apps for Betaflight give you more complete settings that aren’t available in Betaflight OSD and LUA script yet. Another advantage is that it doesn’t require OSD or specific radio receiver or transmitter for LUA script to work.
Download: Android | iTunes
Developed by the same company, SpeedyBee, the app is available on both Google Play and iTune. I like this app because it’s FREE and it gives you access to nearly all the settings on the Betaflight configurator including the CLI. It’s really a great app, though it’s not as easy to use as the computer version configurator.
Here are a few more screenshots of the app, the layout looks nearly identical to the one we use on a computer.
When changing numeric settings it can take a bit of patience as you can only tap on the up/down arrow. Say if you want to change current sensor scale from 600 to 200, it can take a while. I wish they allow number typing.
Because it’s on bluetooth, the refresh rate is a bit slow compared to the PC configurator. Especially with the 3D model and the receiver tab when you move the TX sticks. Not really a biggie though, it still works well for the most part.
Apart from these, the APP loads pretty fast, opening the tabs and changing options are pretty responsive.
The SpeedyBee Betaflight App supports both OTG cable and bluetooth module. However, for OTG cable it only works on Android, iPhone users can only use Bluetooth module.
In fact SpeedyBee makes their own branded Bluetooth module, as well as flight controllers with built-in bluetooth. I believe that’s how they are funding the software development at the moment. I’ve been told you can use a generic BT module with the app, but if you want to support their effort with the software you should get the official one.
- SpeedyBee Bluetooth Module: http://bit.ly/2Ia4H5n
- OTG Cable for Android (Micro USB): https://amzn.to/2Ie2Ts9
I’ve tested their Bluetooth module and it worked as expected. The signal range is 30+ feet, and if you are connecting the pins as shown in the instruction, the BT module disconnects automatically as soon as you arm the quad.
The setup is relatively simple, enable MSP in one of the spare UART and connect TX and RX to the BT module.
SpeedyBee, sounds familiar? Yes, they released an FPV camera a few months ago. It wasn’t particularly popular though due to the unattractive pricing and average performance.
Betaflight CM (configuration manager) is a paid software. They also offer a free version wit limited access to settings.
It’s designed to be used with OTG cables, NOT Bluetooth module.
The Betaflight CM looks to have a really well designed user interface. However I haven’t actually tested it myself so I can’t tell you how easy it is to use. For more information about its capability and where to get it, please visit their thread on IntoFPV forum.
When I asked the developer at Betaflight CM about the differences between Speedybee and Betaflight CM, here is the reply.
There are some other options. The two we’ve mentioned above have been tested and reported working well at IntoFPV, that’s why I have to recommend those two first.
- PIDFlight – https://play.google.com/store/apps/details?id=com.cmengler.pidflight
- EZ-GUI Ground Station – https://play.google.com/store/apps/details?id=com.ezio.multiwii
- Flight Debugger – https://play.google.com/store/apps/details?id=org.betaflightcli
Am I missing any Betaflight apps? Let me know in the comment. Featured Image is from Lê Thanh Tùng on Youtube.
As the receiver hardware circuit of Frsky is the same as Futaba's, so the betaflight firmware are switchable between Frsky and Futaba. So if you buy the wrong receiver of SPI Frsky version or upgrade the wrong firmware accidentally, please upgrade the Betaflight Firmware according to this tutorial.
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Situation 1: Betaflight 4.0 firmware support to select' SFHSS'in Receiver tab so you are able to upgrade to 4.0.0 version directly, setting as below:
Situation 2: If your Betaflight firmware lower than 4.0.0 version,it is not support to select' SFHSS' directly in Receiver tab. The only way is flash our own compiled firmware.
Firstly you should have install Betaflight GUI in your PC, then let's begin.
Free Imac Software Downloads
Step 1. Open Betaflight and find the Firmware Flasher tab, click “Load firmware[Local]” in the bottom, then select the firmware file 'betaflight_3.5.1_MATEKF411RX_201809301221_SFHSS.hex' and wait for firmware to loading.
Note: The firmware file 'betaflight_3.5.1_MATEKF411RX_201809301221_SFHSS.hex' is available in the attached file.
Step 2. Click 'Flash firmware' to start programming. Waiting for flashing completed.
Betaflight Mac Usb
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Step 3. Click 'Connect' in the top right corner after programming successful.
Step 4. Turn to the CLi tab, then open the 'Pro_Futaba_CLi.txt' file, copy the command in this file into below bar.
Betaflight For Mac
Note: The file 'Pro_Futaba_CLi.txt' is available in the attached file.
After you copy the command into the bar, click 'Enter' on your PC. You should see below screen.
Step 5. Connect your flight controller with battery or USB, press the BIND buttom, LED will stay green. Then start your Futaba transmitter, BIND will automatically complete. Wait until the freeze green be flicker to indicate that BIND is successful, then you can control your drone again.