Matek F405 Wing V2 ICM42688-P Flight Controller

Are you in Australia and looking to buy a top - notch flight controller? The Matek F405 - Wing - V2 is your perfect choice. It comes with a powerful STM32F405RGT6 MCU running at 168MHz and 1MB Flash. The ICM42688 - P IMU ensures accurate motion sensing. With a DPS310 barometer, AT7456E OSD, and a MicroSD card slot for blackbox recording, it's well - equipped. It has 6 UARTs, 1 Softserial_Tx option (INAV), 10 PWM outputs, 2 I2C interfaces, and 3 ADCs for VBAT, current, and RSSI. There's also a built - in inverter for SBUS input and a USB Type - C (USB2.0) port. The firmware supports ArduPilot (MatekF405 - Wing, ArduPlane 4.4 or newer) and INAV (MATEKF405SE, INAV 6.0 or newer). The PDB has an input voltage range of 9 - 30V (3 - 6S LiPo) with TVS protection. It features a 220A current sensor and proper sense resistors. The BEC offers multiple outputs: 5V for flight controller, receiver etc. with 2A continuous current; 9V/12V for video transmitter etc. with 2A continuous current and a 12V option via jumper pad; Vx for servos, voltage - adjustable with 5A continuous and 6A peak current; and 3.3V for external peripherals with 200mA continuous current. The package includes 1 F405 - Wing - V2, 1 20cm JST - GH - 4P to JST - GH - 4P cable for I2C port, and Dupont 2.54 pins (board shipped unsoldered). Browse more Matek, Wing, and F4 flight controllers.

Using the Matek F405 Wing V2 Flight Controller is quite straightforward. First, connect your power source within the 9 - 30V range to the PDB. Make sure to use a 3 - 6S LiPo battery for proper operation. Then, connect your peripherals like the receiver, camera, and servos to the appropriate BEC outputs. For example, use the 5V output for the flight controller, receiver, and OSD. When it comes to firmware, choose either ArduPilot or INAV according to your needs and follow the installation instructions carefully. Remember, for stable 9V/12V and Vx outputs, the input voltage should be at least 1V higher than the output voltage. As for maintenance, keep the controller clean and dry. Avoid exposing it to extreme temperatures. Check the connections regularly to make sure they are secure. If you need to store the controller, remove the battery to prevent any potential damage.