Many tiny whoop flight controllers that have a built in SPI receiver. And given the small size it can be a real pain to press the bind button each time you need to bind your RX to it. However with betaflight you can bind your RX via the CLI using a simple bind command.
This is applicable to flight controllers with built in SPI receivers, such as the Happymodel crazybee series, Betaflight whoop flight controllers etc..
Simple enter in the command below on the CLI and press enter, and the RX should enter bind mode. You will be able to tell as teh LED on your FC will change.
For Betaflight 4.1+
Once you enter this command press enter, and you should receive a reply that says binding... and the LED on your flight controller should change. YOu can then bind/pair your radio to the FC. Reboot everything and you are good to go.
Other things to check
If the above does not work, please check your betaflight version and double check the CLI command. Also double check your receiver settings are set correctly in the betaflight configuration tab.
Select "SPI RX support" for the receiver mode.
Your SPI Bus receiver provider setting is essentially the protocol the SPI receiver uses. You'll need to set this depending on the firmware and protocol your radio uses. This may sound complex, but it's rather simple, we've created a comprehensive guide for FrSky radios below:
If your radio uses:
ACCST
D16 protocol,
EU (LBT) firmware
Then your SPI Bus receiver provider setting should be:
FRSKY_X_LBT
If your radio uses:
ACCST
D16 protocol,
non-EU
(FCC) firmware
Then your SPI Bus receiver provider setting should be:
FRSKY_X
Finally, if your radio uses
ACCST
D8 protocol,
non-EU (FCC) firmware
Then your SPI Bus receiver provider setting should be:
FRSKY_D
ACCESS radio protocols WILL NOT WORK with SPI receivers - most ACCESS radios at least have the option to use ACCST D16, which you should select on the radio to ensure you can bind successfully.
And make sure you have selected the correct protocol according to your receiver/radio
Recent Articles
Returning Lithium Batteries to Unmanned Tech (Unwanted/Change of Mind Returns)
Unmanned Tech accepts returns of lithium batteries for change of mind purposes as long as they meet our return conditions and time window as described in our Change Of Mind Returns Policy. This guide helps to explain some of the key conditions for ...
Contact a Carrier / Courier
We use a variety of reliable carriers to ensure your Unmanned Tech order reaches you quickly and safely. Drones, FPV equipment, and other unmanned technologies often require specialized handling, so we carefully select partners experienced in ...
3D Printing Service Guide
This guide explains Unmanned Tech's 3D print-on-demand service for creating custom parts, prototypes, and replacements across a wide range of applications. While we specialize in FPV and RC aircraft components, our service caters to diverse needs and ...
How to tell if EV800D FPV Goggles are fake?
The EV800D FPV goggles available through Unmanned Tech are 100% genuine products sourced directly from the original manufacturing facility. Here's what you need to know about these goggles and their authenticity. Manufacturing and Branding The EV800D ...
Can I Collect My Order?
Collection Service (Click and Collect) Its best to place the order online as we do offer next working day delivery, and at the moment because we do not have a formal click and collect service. Important: We Do Not Accept Unscheduled Visits, If you ...