Xinyue Steam FlyDragon Gyroscope Rotorflight Flight Control Built-in Receiver for Rc Helicopter
Disclaimer:
Rotorflight is free software and does not guarantee or imply any quality or reliability of the firmware. It is supported by the user as a community. Rotorflight is under the GPLV3 license. If operated improperly, the RC model may cause serious injury or even death. If you decide to use Rotorlight firmware, you will be fully responsible for your model. Any injury or damage caused by the use of Rotorflight firmware shall not be the responsibility of the author, RF gyroscope designer, or distributor of Rotorflight. Please use with caution.
Product Description:
1,Introduction to FlyDragon Gyroscope: The FlyDragon gyroscope uses open-source Rotorflight firmware, which is based on Betaflight 4.3 and enjoys all the powerful features of the Betaflight platform, as well as many new features added to helicopters. Rotorflight also draws on the ideas and code of Heliflight3D.
"Rotorflight Light Open Source Address" Link:https://github.com/rotorflight
2, Flight mode: Self stable mode, semi self stable mode, 3D mode, rescue mode
3,Hardware configuration:
Main control: STM32F722RET6
Gyroscope: BM1270
Black box: W25N01G (128MB)
Barometer: SPL06
Color light: WS2812
Buzzer: 5V active buzzer
USB: Type-C
Serial ports: UART2, UART3, UART5
120:12C1
ADC: ADC1 (12S)
Servo channel: CH1-CH4
Speed input: RPM_ E (Electric Speed Line), RPM_ S (speed sensor)
Built in receiver: ELRS dual antenna receiver 2.4G (serial port 1)
External receiver: CRSF, S BUS, F PORT, GHOST, SUMD, SUMH, IBUS, XBUS, XBUS/RJ01, EXBUS, PPM, MSP, DSM (self equipped BEC 3.3V power module)
BEC voltage: 5-15V
5V power output: 5V-1.5A
Electric dispatch protocol: PWM, ONESHOT125, ONESHOT42, Multishot, BRUSHED, DSHOT150, DSHOT300, DSHOT600.PROSHOT
Supports electrical call back: BLHeli32, Hobbywing V4, Hobbywing V5, Scorpion, Kontronik, 0MPHobby, ZTW APD
Size: 45mmx27mmx14.5mm
Weight: 27g
Rotorflight is free software and does not guarantee or imply any quality or reliability of the firmware. It is supported by the user as a community. Rotorflight is under the GPLV3 license. If operated improperly, the RC model may cause serious injury or even death. If you decide to use Rotorlight firmware, you will be fully responsible for your model. Any injury or damage caused by the use of Rotorflight firmware shall not be the responsibility of the author, RF gyroscope designer, or distributor of Rotorflight. Please use with caution.
Product Description:
1,Introduction to FlyDragon Gyroscope: The FlyDragon gyroscope uses open-source Rotorflight firmware, which is based on Betaflight 4.3 and enjoys all the powerful features of the Betaflight platform, as well as many new features added to helicopters. Rotorflight also draws on the ideas and code of Heliflight3D.
"Rotorflight Light Open Source Address" Link:https://github.com/rotorflight
2, Flight mode: Self stable mode, semi self stable mode, 3D mode, rescue mode
3,Hardware configuration:
Main control: STM32F722RET6
Gyroscope: BM1270
Black box: W25N01G (128MB)
Barometer: SPL06
Color light: WS2812
Buzzer: 5V active buzzer
USB: Type-C
Serial ports: UART2, UART3, UART5
120:12C1
ADC: ADC1 (12S)
Servo channel: CH1-CH4
Speed input: RPM_ E (Electric Speed Line), RPM_ S (speed sensor)
Built in receiver: ELRS dual antenna receiver 2.4G (serial port 1)
External receiver: CRSF, S BUS, F PORT, GHOST, SUMD, SUMH, IBUS, XBUS, XBUS/RJ01, EXBUS, PPM, MSP, DSM (self equipped BEC 3.3V power module)
BEC voltage: 5-15V
5V power output: 5V-1.5A
Electric dispatch protocol: PWM, ONESHOT125, ONESHOT42, Multishot, BRUSHED, DSHOT150, DSHOT300, DSHOT600.PROSHOT
Supports electrical call back: BLHeli32, Hobbywing V4, Hobbywing V5, Scorpion, Kontronik, 0MPHobby, ZTW APD
Size: 45mmx27mmx14.5mm
Weight: 27g
