HAKRC F722 Flight Controller Kit With 40A ESC Capacitor For

Feature:
1. 6 Layer 2oz Thickened Copper Skin: PCB adopts high end 6 layer 2oz thickened copper skin, which makes overcurrent ability stronger and heat dissipation effect better.
2. 30V MOS: Using 30V MOS with high current resistance, long service life and strong load capacity. Industrial grade LDO, high temperature resistant.
3. Wide Range of Application: Built in current sensor, with wide range of Application, fit for FPV traverser, remote control aircraft and so on.
4. Diverse

Features: Built in current sensor, F722D flight control firmware version, 2S‑6S Lipo input voltage, 40A continuous current, 45A peak current.
5. Simple Operation: Simple to operate, easy to install and disassemble. With wiring, protocol supports PWM, Oneshot125, Oneshot42, Multishot, Dshot150, Dshot300, Dshot600.

Specification:
Item Type: F722 Flight Controller Kit
Weight: Approx.37g / 1.3oz
Material: Electronic Components
Color: Black
Flight Control Size: Approx.32 x 32mm / 1.3 x 1.3in
Mounting Hole Spacing: 25.5-26.5mm / 1.00-1.04in
CPU: STM32F722RET6
IMU: ICM42688
OSD: AT7456E
Barometer: Integrated
BEC: 5V 3A
LED: Support WS2812 And So On
Sensor: Built In Current Sensor
Flight Control Firmware Version: F722D
Receiver: For Frsky, For Futaba, For Flysky, For TBS Crossfire, For DSMX, For DSM2 Receiver
Firmware Support: BLHELI_ S
Protocol Support: Support For PWM, For Oneshot125, For Oneshot42, Formultishot, For Dshot150, For Dshot300, For Dshot600
Input Voltage: 2S-6S Lipo
Continuous Current: 40A
Peak Current: 45A
Firmware Version: BLHELI _S (G- H-30)
Application: Fit For FPV Traverser, Remote Control Aircraft, Etc.

Package List:
1 x Flight Control 1 x Capacitance 3 x Wiring 1 x Type C Interface 4 x Damping Ring1 x Manual
Note:
1. Flight control has many integrated functions and components are very intensive. Please do not use tools (such as needle nose pliers or sleeve) to wring nuts during installation, which may easily scratch the flying tower hardware and cause unnecessary losses. The correct way is to tighten the nut with your finger and the screwdriver quickly tighten the screw from the bottom. (Remember not to be too tight, so as not to damage the PCB)2. Propellers should not be installed during the installation and debugging of flightcontrol, and flight tests should not be conducted indoors as far as possible to avoid safety accidents. Check the motor steering and propeller orientation again before installing the propeller for test flight. Safety tip: please do not fly near people. Our company will not be responsible for any loss caused by aircraft crash.3. Do not use non original aluminum column or nylon column to avoid damage to the flight control hardware. The official standard is custom‑sized nylon column suitable for the flying tower.4. Before powering on the aircraft, please check again whether the installation between the flying tower connectors is correct (pins or wires must be aligned), check again whether the positive and negative poles of welding are correct, and check whether the motor screws are against the motor stator to avoid short circuit.5. Check whether there is any solder thrown out from the electronic original of flying tower, which may lead to short circuit. If there is short circuit in installation welding, the buyer shall bear the responsibility.