Foxeer Mini F722 V3 V3 Pro FC 20x20mm

Foxeer Mini F722 V3 Pro FC 20x20mm

Foxeer Mini F722 V3 Pro (Flown By BMS) FPV Flight Controller 20*20mm Build-In Pit PASS

Model Mini F722 V3 Pro
STM32F722RET6 CPU
Power Supply 2~6S Lipo (6.5V~30V)
BEC Output DC5V/3A
OSD BF OSD
Black Box 16M Flash Memory
UART 4 Set
ESC Telemetry RX4
Buzzer YES
Smart Audio YES
LED 1 Set 2812 LED
USB Micro USB
Firmware FOXEERF722V3
Size 28.528.5mm Mounting Hole 20X20mm,Φ4mm Weight(g) 4.4g Working Temperature -20℃ ~ +55℃ Working Humidity 20～95% Storage Temperature -20℃ ~ +70℃ Package Includes 1FC, 4*Rubbers Columns

Preguntas Frecuentes (FAQ)

Q: What type of ESC telemetry does the Foxeer Mini F722 V3 Pro support and how is it set up for use?
A: The Foxeer Mini F722 V3 Pro supports RX4 ESC telemetry. To set it up, connect the ESC's telemetry wire to the flight controller's RX4 port. In the configuration software (Betaflight, for example), select the correct telemetry protocol (usually DShot) and the RX4 port in the ESC settings. Make sure the ESC is also configured to send telemetry.

Q: What is the difference between the built-in 'Pit PASS' and a traditional OSD on this flight controller, and what advantages does it offer?
A: 'Pit PASS' is an advanced telemetry function built into the Foxeer Mini F722 V3 Pro. Unlike a traditional OSD that only shows information on the video screen, Pit PASS lets you send real-time telemetry data to a compatible receiver (such as a Crossfire module or TBS Tango 2) for display on the transmitter. This offers advantages such as clearer reading of the data, configurable alerts and the ability to analyze flight data after the session.

Q: What battery voltage range is compatible with the Foxeer Mini F722 V3 Pro and what precautions should I take when using high-voltage (6S) batteries?
A: The Foxeer Mini F722 V3 Pro is compatible with 2 to 6S LiPo batteries, equivalent to a voltage range of 6.5V to 30V. When using 6S batteries (approximately 22.2V), it is crucial to verify that all of your drone's components (ESC, motors, VTX) are also compatible with that voltage. Using a voltage higher than specified for any component can permanently damage it. Also make sure the flight controller's 5V BEC can handle the load of the connected peripherals.