Axis ArgusF7Pro/65AStack User manual

Argus F7Pro/65A Stack
Both the FC and the ESC are designed with CNC full aluminum cover wrapped, which has excellent protection and efficient heat
dissipation, it protects internal electronics from grass juice and dirt. The aluminum casing significantly enlarge the radiating
surface to quickly dissipates the internal heat for stable performance.
The FC adopts a plug-and-play design, and common peripherals such as DJI O3 air unit, GPS, etc. Can be directly connected
and used, which is simple and fast.
The FC supports up to 8 motor outputs, making it easy to build an X8 drone. In addition, it also integrates 5V/9V dual BEC, and
the 9V BEC can provide independent power supply for VTX to ensure stable operation.
The FC has 4 LED status indicators, which respectively display the working status in different states. Others such as the F722
main control chip, onboard OSD chip, onboard barometer, and onboard black box chip are also readily available.
The ESC adopts large-size MOSFETs with low internal resistance and low heat generation. The high-performance main control
chip G071 has a main frequency of up to 64MHz and supports up to 16-96k PWM frequency adjustment. The combination of
software and hardware brings a silky flight experience.
Description of product characteristics：

FC Specification:
Master Control：STM32F722RET6
Gyro：BMI270
Barometer：support
OSD：support
BEC：9V/2A、5V/2A
UART Ports：6
Black box：support（16M Flash Memory）
Number of supported motors：M1-M8
Firmware name：AXISFLYINGF7PRO
（Betaflight，INAV Not supported yet）
Input Voltage：3-6S Lipo（12-50V MAX）
Installing Hole：30.5 x 30.5mm/M3
Weight：F7Pro 19.6g/F7( Regular version)8.4g

ESC Specification:
Rated current：55A /65A
Instantaneous peak current：65A /75A(＜10s)
Input Voltage：3-6S Lipo（12-30V MAX）
ESC Target：BLHeli_32 （ST_G0_04）
Current proportion value：Scale=400
PWM frequency range：16-96khz
Telemetry：support
Ammeter：support
BEC：Nothing
Installing Hole：30.5 x 30.5mm/M3
Weight：65A/55APro 4IN1 ESC 32g
65A/55A 4IN1 ESC 16.2g

Interface Definition Peripheral Connection Diagram
*Safety tips: Please remove all propellers when connecting to the Betaflight
configuration software!
Betaflight is an open source software, flashing the firmware by yourself
may cause the product to work unstable.
DJI Air unit
R2
G
R1
T1
G
9V
SBUS
GND
TX
RX
GND
VCC
Note: Use DJI FPV remote controller
DJI O3 Air Unit
DJI Air Unit
Caddx Vista
RunCam Link
Walksnail Avatar
Direct
connection

Analog VTX
SA
Video
DCIN
GND
T1
VOUT
9V
G
Analog VTX

Analog Camera
CC
VIN
5V
G
Video
5V
GND
Analog Camera

Receiver
Note: Use TBS Nano receiver, ELRS receiver
GND
5V
TX
RX
G
5V
R2
T2
Receiver

GPS
Note: Use Axisflying M80Q GPS
SDA
SCL
R3
T3
5V
G
SDA
SCL
TX
RX
5V
GND

Beeper LED、LED Light belt
GND
5V
LED
BZ-
BZ+
G
5V
LED
B-
5V
Beeper LED
LED Light belt

ESC：
Note: It is recommended to pay
attention to the positive and
negative poles when soldering
the capacitors included in the
installation package.

FC：

Betaflight Instruction about setting
About FC
1.Factory default port settings (will be reset after reflashing the firmware)
1.Uart1 MSP 2.Uart2 Receiver 3.Uart3 GPS
4.Uart4 ESC 5.Uart5 Default 6.Uart6 Default

2.If you change the default installation direction of the FC (the default is that the arrow is facing forward), for
example, if the arrow is facing backward, you need to change the default yaw from 0° to 180° on the "Flight
Control and Sensor Orientation" page. After changing, click Save and reboot.
3.If you use TBS receiver, ELRS receiver, please
select the receiver protocol in the "Receiver" page
as CRSF, if you use DJI FPV remote controller, DJI
FPV remote controller 2, and other SBUS
receivers, please select SBUS.

4.The factory default motor rotation direction has
been set to "reverse motor rotation", which is
Motor No. 1: Rotate counterclockwise
Motor No. 2: Clockwise rotation
Please pay attention to the direction and front and
back when installing the propeller. Incorrect
installation will cause the drone to fail to take off.

Step 1: On the "Motor" page, change the default QUAD X to OCTO X8, and then click Save and restart.
Step 2: After step 1 is completed, eight motors will appear on the right side of the motor page. Please adjust and verify the
rotation direction of the eight motors according to the arrow on the left schematic diagram. The actual rotation direction and
definition of the motor must be consistent with the left schematic diagram. All propellers must be removed before connecting the
battery!
Step 3: Read carefully and tick "I have understood the risk", slowly push the main control to about 1100, observe the motor
rotation direction, if it is found that it is inconsistent with the schematic diagram on the left, click "Motor dlrectlon" to adjust
according to the wizard, if it is found that the motor sequence is inconsistent with the schematic diagram, click "Reorder motors"
to adjust according to the wizard, and click Save and Restart after each adjustment.
5.Steps for X8 FC parameter setting

1.Recommended keep right
side up when installed ESC
2.When installed face up, the default motor sequence has
been changed if the XT60 power lead are in the front of
the drone. At this time, you need to re-adjust the motor
sequence and motor steering according to the wizard in
the "Motor" page.(All propellers must be removed when
connecting the Betaflight!)
About ESC

3.Current Proportion Scale=400
(Click this parameter to obtain relatively accurate real-time osd current data)

FC Shipping List：