📄️ Aikon F4
Description
📄️ AirBotF4 and FLIP32F4
Flip32F4 and AirBotF4 are essentially the same. Both are based on the OP Revolution design, with some changes and addons.
📄️ ALIENFLIGHTF4
AlienWii is now AlienFlight. This designs are released partially for public (CC BY-SA 4.0) and some for noncommercial use (CC BY-NC-SA 4.0) at:
📄️ ALIENFLIGHTNGF7
AlienWii is now AlienFlight. This designs are released partially for public (CC BY-SA 4.0) and some for noncommercial use (CC BY-NC-SA 4.0) at:
📄️ ALIENWHOOP
ALIENWHOOP Board
📄️ ANYFCF7
Description
📄️ ANYFCM7
Description
📄️ ApexF7
Features
📄️ ASGARD
Inverter Configuration on ASGARD (2017-06-10)
📄️ ASGARD32
Firmware targets
📄️ BeeRotor F4
BeeRotor F4 front
📄️ BLUEJAYF4
Description
📄️ CL_RACING AIO F4
Description
📄️ CLRACINGF7
MCU: STM32F722RE
📄️ CrazyBee F4 DX Pro
CrazyBee F4 DX Pro front
📄️ CrazyBee F4 FR Pro
CrazyBee F4 FR Pro front
📄️ CrazyBee F4 FS Pro
CrazyBee F4 FS Pro front
📄️ CRAZYFLIE2
Description
📄️ DALRCF405
The DALRCF405 described here:
📄️ DALRCF722DUAL
The DALRCF722DUAL described here:
📄️ Elin F405
Hardware Features
📄️ Elin F722
Hardware Features
📄️ EXF405DUAL
Hardware
📄️ EXF722AIO
Hardware
📄️ EXF722DUAL
Hardware
📄️ FuriousFPV RacePIT
Applies to RacePIT (v1.x)
📄️ FuriousFPV RacePIT Mini
Applies to RacePIT mini (V2.x)
📄️ FISHDRONEF4
Description
📄️ Flytower F4 v2
Description
📄️ FLYWOOF405
This board use the STM32F405RGT6 microcontroller and have the following features:
📄️ FLYWOOF411
This board use the STM32F411CEU6 microcontroller and have the following features:
📄️ FLYWOOF745AIO
FLYWOOF745AIO is used for v1.2 of the GN745 AIO board, for v1.0 the base FLYWOOF745 target should be used which has a slightly different motor output mapping.
📄️ FLYWOOF7DUAL
This board use the STM32F722RET6 microcontroller and have the following features:
📄️ FOXEERF405
The FOXEERF405 described here:
📄️ FOXEERF722DUAL
The FOXEERF722DUAL described here:
📄️ FRSKYF4
FRSKYF4 Board
📄️ FuryF4
The FuryF4 is the next iteration in the Fury line of flight controllers. Designed around the STM32F4 MCU, it features a simple layout that makes connecting components convenient and easy to accomplish. The FuryF4 utilizes an SPI gyro (MPU-6000 or ICM-20689) for super fast communication with the MCU. Flight logging can be easily done by writing to the onboard data flash or SDCard slot.
📄️ HAKRCF405
Hardware and Features
📄️ HAKRCF722
Hardware and Features
📄️ HAKRCF722D
Hardware and Features
📄️ IFlightF4 Twin Gyro
IFlightF4_TWIN_G : Real Twin Gyroscopes.
📄️ JHEF7DUAL
Features
📄️ KakuteF4-AIO
Description
📄️ KAKUTEF4V2
KAKUTE F4 FLIGHT CONTROLLER V2
📄️ KakuteF7
Features
📄️ KakuteH7
Description
📄️ KakuteH7V2
Description
📄️ KIWI F4
Description
📄️ KIWI F4 V2
Flight Controller
📄️ KROOZX
Description
📄️ LUXF4OSD
This is an AIO Flight Controller F4 FC with OSD and 30A BLHeli_32 ESC.
📄️ Lux Mini F7
Features
📄️ Matek F405-CTR
Full details on the Matek Sys F405-CTR can be found on the Matek Website MATEKF405
📄️ MATEKSYS F411-MINI
Matek F411-MINI
📄️ MATEKSYS F405-STD
Description
📄️ MATEKSYS F722-OSD
MATEKF722
📄️ MATEKSYS F722-SE
Full details on the MATEKSYS F722-SE can be found on the Matek Website MATEKF722SE
📄️ MATEKSYS F722-STD
Description
📄️ MERAKRCF405
MERAKRCF405 flight control is carefully optimized layout, so that users can be more concise,convenient wiring,.For ensure a good flight experience ,we use of high-performance MPU6000 gyroscope. After a long flight verification test, the flight control ensures stable flight performance. For details of flight control, please visit MERAK RC website//www.merakrc.com)
📄️ MERAKRCF405
MERAKRCF405 flight control is carefully optimized layout, so that users can be more concise,convenient wiring,.For ensure a good flight experience ,we use of high-performance MPU6000 gyroscope. After a long flight verification test, the flight control ensures stable flight performance. For details of flight control, please visit MERAK RC website//www.merakrc.com)
📄️ MICROSCISKY
F1 brushed flight controller with a variety of integrated receivers.
📄️ MotoLab Tempest F4
Description
📄️ MotoLab Typhoon F4
MotoLab Typhoon F4 & VTX Video
📄️ Missing Board
If you can't find your board here, please see if it is listed in the Betaflight Github configs list
📄️ NERO
Description
📄️ Nucleo H743 - RAM based
This target for the Nucleo H743 is loaded entirely into the MCU RAM, thus facilitating quick turnaround development testing, without subjecting the flash storage to wear.
📄️ OMNIBUS-F4-Pro-Corners
OMNIBUS F4 Pro Corners
📄️ OMNIBUS
Omnibus is Latin for "for all".
📄️ OMNIBUS F4 AIO, F4 V2/V3/V4, F4 Pro v2/V3 and ASGARD
Board identification
📄️ Omnibus F4 Nano V7
This is the new Nano FC from Airbot! With added features in comparison to the predecessor.
📄️ OMNIBUSF4SD
Description
📄️ OMNIBUS F7
V2 support
📄️ OMNIBUS Fireworks v2
Flight Controller
📄️ OPENPILOT-REVOLUTION
Hardware overview
📄️ PLUMF4
PLUM F4
📄️ Podium F4
An incredible, beautifully designed racing flight controller.
📄️ PYRODRONEF4
The PYRODRONEF4 target is new board developed by http://pirofliprc.com/
📄️ RJXF7
Aikon F4
📄️ RUSHCORE7
The RUSHCORE7 described here:
📄️ SKYZONEF405
Description
📄️ Demon Soul F4
Description
📄️ SPEDIX F4
Description
📄️ SpeedyBee F4 AIO
Descriptions
📄️ Speedy Bee F7 AIO
Description
📄️ SPRacingF7DUAL
The SPRacingF7DUAL is the first Betaflight/Cleanflight FC to support SIMULTANEOUS DUAL GYRO and PID AUDIO features.
📄️ SP Racing H7 EXTREME
The Seriously Pro SPRacingH7EXTREME flight controller features a 400Mhz H7 CPU that runs twice as fast as the previous generation F7 boards.
📄️ SP Racing H7 NANO
The Seriously Pro SPRacingH7NANO flight controller features a 400Mhz H7 CPU that runs twice as fast as the previous generation F7 boards.
📄️ SP Racing H7 ZERO
The Seriously Pro SPRacingH7ZERO flight controller features a 400Mhz H7 CPU that runs twice as fast as the previous generation F7 boards.
📄️ STM32 Discovery
STM32Discovery boards are relatively cheap boards featuring STM32 MCUs manufactured and distributed by STMicroelectronics. They are known as "tinkerer boards", not specifically as flight controllers, as they can be used for a variety of things. They are bigger and heavier than standard flight controllers, feature plug pins for ease of use and quick changes, no soldering required.
📄️ SYNERGYF4
Specifications
📄️ TMOTOR F4
Description
📄️ TMOTOR F7
Description
📄️ TRANSTEC F411 Series
Description
📄️ VGOODDHF4
Description
📄️ VIVAF4AIO
The VIVAF4AIO described here:
📄️ YuPiF4
An high quality flight controller for the most demanding pilots by Copperyu.
📄️ YuPiF7
An high quality flight controller for the most demanding pilots by Copperyu.