SpeedyBee F405 WING APP Fixed Wing Flight Controller
Rs. 8,999.00
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SpeedyBee F405 WING APP Fixed Wing Flight Controller
Rs. 8,999.00
Specifications
| Weight (g) | 24.5 |
|---|---|
| Dimensions (mm) | 52 x 32 x 19 (assembled three-board stack) |
| Cell count | 2S, 3S, 4S, 5S, 6S |
| Voltage range | 2-6S LiPo (7-36V) |
| Mount pattern | 30 x 30mm |
| Output power | BEC 5.2V/2.4A for the FC, 9V/1.8A for the VTX, 4.9V/4.5A continuous (5.5A peak) for servos |
| Compatibility notes | A fixed-wing flight controller, not a multirotor stack. Ships as three boards - flight controller, power distribution board and wireless board - that stack on header pins and are held with four standoffs. FC board: STM32F405 at 168MHz with 1MB flash, ICM-42688-P IMU, SPL06-001 barometer, AT7456E OSD, microSD card slot for blackbox. 6 UARTs (UART6 reserved for the wireless board), I2C for magnetometer and digital airspeed, 4 ADC inputs (VBAT, current, RSSI, analog airspeed), 12 PWM outputs - 11 usable for motors and servos plus one LED pad. 8.9g. PDB board: 7-36V input, current sensor rated 90A continuous and 215A peak, TVS protection, separate BEC rails for the FC, VTX and servos. The servo rail defaults to 4.9V and can be jumpered to 6V or 7.2V. 11.4g. Wireless board: BLE, Wi-Fi AP and classic Bluetooth SPP for configuration, firmware updates and blackbox download. Also drives 4 WS2812 LED strip channels, up to about 70 5050 beads at 5.2V 1.3A. 4.2g. Runs INAV (target SpeedyBeeF405WING, the default) or ArduPilot. Supports conventional layouts, V-tail, flaperons, and VTOL / quadplane / tiltrotor. ELRS and CRSF receivers connect on UART1; SBUS has a built-in inverter on UART2-RX. Full DJI air unit connection, analog or HD. |
| In the box | 1x F405 WING APP flight controller board 1x F405 WING APP PDB board 1x F405 WING APP wireless board 3x straight pin header (1x12) 1x white straight pin header (1x4) 5x M2x12 copper standoff 10x M2x4 small head cross screw 5x M3x4mm silicone grommet 1x 8-pin SH1.0 USB extender cable (80mm) |
The SpeedyBee F405 WING APP is a fixed-wing flight controller supplied as three stacking boards: the F405 flight controller, a power distribution board with separate BECs for the FC, video system and servos, and a wireless board that lets you configure, update and download blackbox logs from the SpeedyBee app, Mission Planner or QGroundControl – no laptop or cable needed at the field. It runs INAV (default) or ArduPilot.
Features
- Wireless configuration: BLE (SpeedyBee app), Wi-Fi (QGroundControl, SpeedyBee app, Mission Planner) and classic Bluetooth SPP
- 12 PWM outputs (11 + LED), microSD blackbox, barometer and OSD
- 90A continuous / 215A peak current sensor with TVS protection
- Separate FC, VTX and servo BECs, with jumper-selectable VTX and servo voltages
- Built-in LED-strip controller (4 WS2812 channels) and 4-LED battery level indicator
- Supports conventional layouts, V-tail, flaperons and VTOL setups
FC board
| MCU | STM32F405, 168MHz, 1MB flash |
|---|---|
| IMU | ICM-42688-P |
| Barometer | SPL06-001 |
| OSD | AT7456E |
| Blackbox | microSD card slot |
| UARTs | 6 (UART6 reserved for the wireless board) |
| I2C | 1 (magnetometer, digital airspeed) |
| ADC | VBAT, current, RSSI, analog airspeed |
| PWM | 12 (11 + 1 LED pad) |
| Receivers | ELRS/CRSF on UART1; SBUS with built-in inverter on UART2-RX |
| Firmware | INAV SpeedyBeeF405WING (default) or ArduPilot SpeedyBeeF405WING |
| Weight | 8.9g |
PDB board
| Input | 7–36V (2–6S LiPo) |
|---|---|
| Current sensor | 90A continuous, 215A peak (INAV scale 195; ArduPilot 50 A/V) |
| Voltage sensor | 1K:10K (INAV scale 1100; ArduPilot BATT_VOLT_MULT 11.0) |
| FC BEC | 5.2V, 2.4A continuous / 3A peak |
| VTX BEC | 9V default (12V or 5V by jumper), 1.8A continuous / 2.3A peak |
| Servo BEC | 4.9V default (6V or 7.2V by jumper), 4.5A continuous / 5.5A peak |
| Weight | 11.4g |
Wireless board
| Mode switching | hold BOOT for 6 s |
|---|---|
| LED strip output | up to 5.2V 1.3A (about 70 x 5050 WS2812 LEDs) |
| Weight | 4.2g |
Compatibility
- Fixed wing / VTOL only - runs INAV or ArduPilot, not a Betaflight quad board.
- Battery: 2-6S. The servo rail defaults to 4.9V - only jumper it to 6V / 7.2V if your servos are rated for it (HV servos).
- Needs separately: ESC for the motor, servos, receiver and GPS (for RTH and missions).
Works with (available at AeroFlow)
- Airspeed: TBS Lucid DroneCAN Airspeed Sensor (I2C mode)
- Airframes: TBS Chupito
- GPS: GEPRC GEP-M1025-DQ, TBS M10Q
- Receiver: RadioMaster RP3 V2
- Motor ESC: EMAX BLHeli 30A
In the box
- 1x FC board, 1x PDB board, 1x wireless board
- 3x 1x12 straight pin headers, 1x white 1x4 straight pin header
- 5x M2x12 copper standoffs, 10x M2x4 screws
- 5x M3x4mm silicone grommets
- 1x 8-pin SH1.0 USB extender cable (80mm)