With the growing popularity of digital transmission, FLYWOO introduces an innovative solution for 1-2S HD Micro Drones.

Flywoo GOKU F405 HD 12A 1-2S AIO ELRS 2.4 (MPU6000)

With the growing popularity of digital transmission, FLYWOO introduces an innovative solution for 1-2S HD Micro Drones.

This full-featured HD AIO solution integrates a Type-C interface, equipped with a high-performance F405 BGA MCU, and offers enoug Uart to meet the meet all you need. The GOKU F405 HD V2 AIO features a built-in 9V 2A BEC module, effectively preventing power cuts in the O3 Air unit due to insufficient voltage.

Additionally, it comes with a serial ELRS 2.4G receiver, an 8MB black box, a barometer, and a current sensor, specifically designed for HD VTX. Its socket-style motor connections and plug-and-play O3 design significantly simpliy the installation and debugging process, achieving a perfect blend of efficiency and convenience.

Features

• Type-C Design: Utilizes Type-C , more convenient and reliable connections.
• New Power Supply : Features 9V 2A BEC , effectively preventing power outages in the O3 Air unit due to voltage dropping .
• Plug-and-Play O3 Port: Direct plug design for O3 air unit eliminates complex soldering steps
• Motor Socket Design: Adopts socket connections for motors to facilitate quick replacements and upgrades.
• Multifunctional Design: Integrates a serial ELRS 2.4G receiver, 8MB black box, barometer, and current sensor, reserves 2 full UARTs and 1 standard SBUS port, supporting connections with various devices like GPS, HD VTX, and external receivers.
• Specifications
• BF Flight Controller Firmware: FLYWOOF405S_AIO
• INAV Firmware: FLYWOOF405PRO
• MCU: STM32F405BGA
• BEC:  5V 2A/9V 2A
• Flash:  8M
• LED: 2*WS2812
• Barometer:  DPS310/SPL06
• Gyro:  ICM42688P \ MPU6000
• Motor: M1-M4 OUTPUT I2C: SCL/SDA
• Uarts: 1,2,3,4,5,6
• connector： Type-C
• OSD: NO
• Hole:  25.5*25.5-3mm
• Size:  30*30mm
• Weight: 4.9g

Onboard 4in1 ESC

• Built-in 1S/2S 12A BL_S 4in1 ESC
• Support Oneshot125, Oneshot42, Multishot,
• Dshot150, Dshot300, Dshot600
• Input Voltage: 1-2S Lipo
• Firmware: BLHELI_S
• Firmware: Z_H_30_REV16.7

ELRS2.4G RX

• ESP8285 MCU
• SX1280IMLTRT RF Module
• Frequency Range: 2400 MHz to 2500 MHz
• Maximum receive refresh rate: 500Hz
• Minimum receiver refresh rate: 25Hz Seiral:
• UART 1
• Firmware: Flywoo EL24P 2400 RX
• Version: 3.X.X

Includes

• 1x XT30 Power Cable
• 1x Flywoo ELRS 2.4g Minimortal PCB T Antenna UFL(only ELRS Version)
• 1x DJI O3 Connection Cable
• 1x PH 2.0 Battery Lead
• 1x capacitor
• 4x JST Straight Socket
• 4x M2*10 screw
• 4x M2 nuts
• 4x M2 shock-absorbing ball

Serial ELRS 2.4G RX

Receiver protocol Serial ELRS 2.4G RX uses the Crossfire serial protocol (CRSF protocol) to communicate between the receiver and the flight controller board. So the Serial ELRS 2.4G RX is available to support upgrading to ELRS Configurator with no need to flash Betaflight flight controller firmware.

Binding steps

• To enter the binding mode, unplug and plug the power/data cable three times;
• The RX LED will flash rapidly twice, indicating the receiver is in binding mode;
• Ensure the TX module or wireless transmitter enters binding mode;
• If the receiver’s light stays on constantly, it means it’s bound.

Upgrade steps

The Serial ELRS 2.4G RX can be updated via Wi-Fi or Betaflight serial passthrough. Here is the way to update the Serial ELRS 2.4G RX firmware through passthrough.
Insert the FC into the computer, but do not connect to the Betaflight configurator.

Select the target “FLYWOO 2.4Ghz EL24P”

Use the BetaflightPassthrough option in the ExpressLRS configurator for the upgrade

9V Electronic Switch

By controlling the switch of USER1, it is possible to control all 9V power supply to the flight controller, temporarily shutting off the image transmission to avoid damage to the equipment due to prolonged high temperatures.
Connect the flight controller to the BF configurator and switch to the Modes interface.
Scroll down to find USER1, select “Add Range”, then move the joystick switch on the remote controller you wish to configure. Afterward, save the motor settings. Activate USER1.