The GHF13AIO F4 13A is a new ultra-light (4.3g), brushless flight controller by JHEMCU! The JHEMCU GHF13AIO F4 13A AIO comes with an F4 processor, STM32F411CE CPU, 2 UARTS (UART1, UART2), and supports PWM, Oneshot42, Oneshot125, Multishot, Dshot150, and Dshot300, Dshot60. This FC also features a current sensor, output pads for WS2812 LEDs, buzzer, SCL/SDA pads, motor wires, and four additional LEDs at the corners of the board.
This is one of the lightest 13A AIO flight controllers in the market!
Specifications
Brand Name: JHEMCU
Model: GHF13AIO
Item Name: F4 FC BL_S 2-4S 13A 4in1 Brushless ESC
Size: 24.2x28.1mm (M3)
Mounting Hole: 16x16mm
Weight: 4.3g
CPU: STM32F411CE (100MHZ)
MPU: MPU6000 ( SPI)
Firmware Betaflight MATEKF411.HEX
Built-in Betaflight OSD ( AT7456E)
BEC Output(two): 5V2.5A
USART: UART1, UART2
Receiver;SBUS,IBUS,DSM2,DSMX ,TBS (UART2)
Blackbox: NO
Built-in Current Sensor
Support WS2812 LED
BUZZER
Input Voltage: 2-4S Lipo
ESC Current: 13A
Firmware: BLHELI_S G-H-30.HEX
Support PWM, Oneshot42, Oneshot125, Multishot, Dshot150 and Dshot300, Dshot60
1st board power up ... pop (dead short)
2nd board power up ... works! Bf settings ports, reciever, osd, etc all set. 3s 450mah battery used to spin up motors, direction, etc all works perfectly. Plug battery in for test flight .... POP! DEAD SHORT AGAIN!!!
Total junk!!!!
J
Jonathan Merz
Only 16x16 aio I’ve seen
Only 16x16 aio I’ve seen. Fits great in my 2.5” tadpole.
I really like this radio but I had a gimbal stick pull out without any pulling on it. I've had this happen with other name brand radios so it's not a surprise or let down. A little super glue and right back at it. It feels great! I love the full sized gimbals! I have the zorro and the boxer but I think this one is the right fit for me.
Handy as a second transmitter for travel, tiny whoops, etc
Surprisingly good for the price especially with ELRS. It has just enough switches that I can do most of what I can with the TX16S, and it's so much easier to throw in a bag and go. My only wish is that I could put the thumb-grippies style of stick ends on it easily (and still remove them for storage), but maybe someone will come up with an adapter or similar. Next step is to try a Gemini ELRS nano module and see what kind of range is possible on that.
