
Overview
The CoreWing F405 Wing V2 Flight Controller is designed for fixed-wing and VTOL RC aircraft. It combines dedicated connections for GPS, video transmitter, receiver, servos, and peripheral devices with support for ArduPilot and INAV workflows. Selectable configurations are available with unsoldered headers, soldered straight headers, an XT60 lead, and a Beitian BF-252i GPS with compass.
Key Features
- Three independent BEC outputs for flight control, video transmitter/camera, and servos.
- Independent VTX power switch for disabling video-transmitter power during bench setup.
- 11 direct-plug headers plus one reserved solder pad for control-surface and landing-gear connections.
- Six serial ports for peripherals including GPS, telemetry, and rangefinders.
- Dedicated plug-in ports for GPS, VTX, and receiver connections, with reserved solder pads on the reverse side of each connector.
- Supports analog and HD video transmission systems.
- Supports VTOL aircraft configurations.
- Compatible with Mission Planner, INAV Configurator, and QGroundControl on desktop systems.
- Wireless tuning support through the Wireless USB Expansion Board PRO, with BLE and Wi-Fi communication modes and a stated tested tuning range of 30+ meters.
Specifications
| Model | F405 Wing V2 |
| IMU | BMI270 or ICM-42688, selected at random |
| FC BEC | 4A continuous, 5A peak |
| VTX / Camera BEC | 2A continuous, 3A peak |
| Servo BEC | 8A continuous, 14A peak |
| Direct-plug headers | 11 |
| Reserved solder pads | 1 |
| Serial ports | 6 |
| Video system support | Analog and HD |
| Firmware ecosystems | ArduPilot, INAV |
| Wireless tuning range | 30+ meters, tested |
Applications
Suitable for RC fixed-wing aircraft and VTOL builds requiring multiple servo outputs, GPS integration, telemetry, video-system connectivity, and configurable flight-control firmware. For configuration selection or technical assistance, contact rcdrone.top.
Details

The CoreWing F405 Wing V2 Flight Controller is built for fixed-wing and VTOL RC aircraft configurations.

Three independent BEC outputs separate power for flight control, video equipment, and servos.

Dedicated BEC sections help supply flight-control electronics, video gear, and high-load servo systems.

An independent VTX power switch lets builders disable video-transmitter power during bench work.

The Wireless USB Expansion Board PRO combines wireless tuning, wired tuning, and expansion functions.

Desktop workflow compatibility includes Mission Planner, INAV Configurator, and QGroundControl.

Tested wireless tuning range is stated at 30+ meters when used with the compatible expansion board.

Firmware workflows support the ArduPilot and INAV ecosystems for configurable fixed-wing and VTOL builds.

Dual-mode Wi-Fi and BLE communication supports flexible wireless connection methods.

ArduPilot setup can be managed through compatible ground-control software.

A remote battery-level indicator can place power-status visibility where it is convenient for the pilot.

Fixed-wing and VTOL applications can use the board's servo, GPS, telemetry, and video-system connections.

Eleven direct-plug headers, one reserved solder pad, and six serial ports support broad peripheral integration.

Dedicated plug-in ports streamline connections for GPS, receiver, video transmitter, camera, and peripherals.

Both analog and HD video transmission systems are supported for flexible FPV installations.

Reworked connector placement helps keep GPS and receiver connections accessible during firmware updates.

A layered modular layout separates power, flight-control, and wireless-tuning functions.

Longer, thicker connection leads help simplify video-transmitter routing in larger airframes.

The CoreWing F405 Wing V2 package includes the flight controller, PMU, wireless USB expansion board, connection cables, headers and mounting hardware for installation.

CoreWing F405 Wing V2 features an upgraded barometer and current sensor, custom Wi-Fi setup, factory pre-soldered headers, and a low-noise LDO for the IMU.

The CoreWing F405 Wing V2 uses a 32 x 52 mm board layout with labeled pin headers and weighs 40 g including the Wireless USB Expansion Board PRO.

The CoreWing F405 Wing V2 combines an STM32F405 MCU, dual IMUs, DPS310 barometer and microSD blackbox logging for fixed-wing builds.