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[:en]F4 1S 12A AIO Brushless Flight Controller V2.2 is the default FC for Cetus X brushless whoop quadcopter, also great for 85mm whoop drones like Meteor85 and 3″ toothpick drones like HX115 SE Toothpick Drone and HX115 LR Toothpick Drone. We updated the FC to V2.2 with BMI270 gyro and BB51 ESC hardware in place of ICM20689 gyro and BB21 ESC hardware.
F4 1S 12 AIO SPI Frsky V1.2 is coming soon. Please stay tuned for it.
Tons of ExpressLRS items are available now!
The BLHeli_S firmware could support the BB51 hardware now. This V2.2 board is powered by BB51 hardware. If you want to setup the ESC specification, please use the BLHeliSuite16714902A_Beta or ESC-Configurator.
Note: BetaFlight Configurator, BLHeli Configurator, and Bluejay Configurator are invalid for the BB51 ESC now.
Below is the diagram for ELRS 2.4G V2.2 board.
The current meter is integrated on the FC board. Here is the configuration in Betaflight Configurator.
Should we really need a 12A ESC for 1S drones? If it is a 65mm or 75mm Whoop drone-like Meteor65, 5A ESC is enough for all actions. But how about with 3″ propellers and 1102/1202.5 motors? Still, want smooth and powerful flying actions? The 5A ESC has developed about 3 years ago and was designed for whoop drones with 0603/0802 motors. For the past year, the BETAFPV team has been cooperating with BLHeli author Steffen on the 12A 1S ESC for 3″ toothpick drones. Finally, it is here!
This board integrates the receiver with the most popular radio link ExpressLRS since 2021. ExpressLRS aims to achieve the best possible link performance in both speeds, latency, and range.
This board is designed for long-range 3inch ultralight toothpick drones or 2S whoop drones. If you want to try ExpressLRS on 65mm/75mm whoop drones, please build it with our F4 1S FC board with a built-in SPI ExpressLRS receiver.
F4 1S 12A AIO V2.2 integrates SPI ELRS 2.4G RX. The configuration is as follows.
How to Bind with Betaflight FC with SPI ExpressLRS Receiver.
How to Bind with Betaflight FC with External ExpressLRS Receiver.
More details and discussion on Github about SPI ELRS receiver.
Come with the built-in SPI Frsky Receiver (CC2500 chip), F4 1S 12A AIO FC can be compatible with Futaba S-FHSS, Frsky D8, and D16 protocol. The default protocol is configured to Frsky D16 FCC out of the factory. Pilots could set up the protocol according to your own need in Betaflight Configurator.
| Configuration | Protocol |
| FRSKY_D | Frsky D8 |
| FRSKY_X | Frsky D16 FCC (ACCST 1.X version) |
| FRSKY_X_LBT | Frsky D16 LBT (ACCST 1.X version) |
| SFHSS | Futaba S-FHSS |
How to Bind with Betaflight FC with SPI Frsky Receiver.
F4 1S 12A AIO SPI ELRS 2.4G comes with the default firmware betaflight_4.3.1_BETAFPVF4SX1280, which supports ELRS V2.0 only. We update the gyro to BOSH BMI270 since the V2.2 version.
Pay attention, ONLY the newest Betaflight firmware 4.3.1 start to support this BMI270 gyrometer. Please check the below link to download the firmware.
Download the firmware and CLI dump file for the F4 1S 12A FC (ELRS 2.4G) V2.2 board.
If you want to try the popular ExpressLRS receiver version for long-range performance, highly recommend you check the items for the ExpressLRS series.

[:en]F4 1S 12A AIO Brushless Flight Controller V2.2 is the default FC for Cetus X brushless whoop quadcopter, also great for 85mm whoop drones like Meteor85 and 3″ toothpick drones like HX115 SE Toothpick Drone and HX115 LR Toothpick Drone. We updated the FC to V2.2 with BMI270 gyro and BB51 ESC hardware in place of ICM20689 gyro and BB21 ESC hardware.
F4 1S 12 AIO SPI Frsky V1.2 is coming soon. Please stay tuned for it.
Tons of ExpressLRS items are available now!
The BLHeli_S firmware could support the BB51 hardware now. This V2.2 board is powered by BB51 hardware. If you want to setup the ESC specification, please use the BLHeliSuite16714902A_Beta or ESC-Configurator.
Note: BetaFlight Configurator, BLHeli Configurator, and Bluejay Configurator are invalid for the BB51 ESC now.
Below is the diagram for ELRS 2.4G V2.2 board.
The current meter is integrated on the FC board. Here is the configuration in Betaflight Configurator.
Should we really need a 12A ESC for 1S drones? If it is a 65mm or 75mm Whoop drone-like Meteor65, 5A ESC is enough for all actions. But how about with 3″ propellers and 1102/1202.5 motors? Still, want smooth and powerful flying actions? The 5A ESC has developed about 3 years ago and was designed for whoop drones with 0603/0802 motors. For the past year, the BETAFPV team has been cooperating with BLHeli author Steffen on the 12A 1S ESC for 3″ toothpick drones. Finally, it is here!
This board integrates the receiver with the most popular radio link ExpressLRS since 2021. ExpressLRS aims to achieve the best possible link performance in both speeds, latency, and range.
This board is designed for long-range 3inch ultralight toothpick drones or 2S whoop drones. If you want to try ExpressLRS on 65mm/75mm whoop drones, please build it with our F4 1S FC board with a built-in SPI ExpressLRS receiver.
F4 1S 12A AIO V2.2 integrates SPI ELRS 2.4G RX. The configuration is as follows.
How to Bind with Betaflight FC with SPI ExpressLRS Receiver.
How to Bind with Betaflight FC with External ExpressLRS Receiver.
More details and discussion on Github about SPI ELRS receiver.
Come with the built-in SPI Frsky Receiver (CC2500 chip), F4 1S 12A AIO FC can be compatible with Futaba S-FHSS, Frsky D8, and D16 protocol. The default protocol is configured to Frsky D16 FCC out of the factory. Pilots could set up the protocol according to your own need in Betaflight Configurator.
| Configuration | Protocol |
| FRSKY_D | Frsky D8 |
| FRSKY_X | Frsky D16 FCC (ACCST 1.X version) |
| FRSKY_X_LBT | Frsky D16 LBT (ACCST 1.X version) |
| SFHSS | Futaba S-FHSS |
How to Bind with Betaflight FC with SPI Frsky Receiver.
F4 1S 12A AIO SPI ELRS 2.4G comes with the default firmware betaflight_4.3.1_BETAFPVF4SX1280, which supports ELRS V2.0 only. We update the gyro to BOSH BMI270 since the V2.2 version.
Pay attention, ONLY the newest Betaflight firmware 4.3.1 start to support this BMI270 gyrometer. Please check the below link to download the firmware.
Download the firmware and CLI dump file for the F4 1S 12A FC (ELRS 2.4G) V2.2 board.
If you want to try the popular ExpressLRS receiver version for long-range performance, highly recommend you check the items for the ExpressLRS series.

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