XYH FPV Drone Flight Controller Board (F405 V2+60A) integrates a 4-8S flight controller and 4-in-1 ESC, featuring STM32F405 chip, ICM42688P gyro, and 60A continuous current. Compatible with carbon fiber fpv frames, 5 Inch FPV Drone Kits, and Racing Drones, it ensures stable, high-power performance for FPV applications.

Product Overview

The FPV Drone Flight Controller Board (F405 V2+60A) is a premium all-in-one solution for high-performance drones, combining a feature-rich flight controller with a powerful 4-in-1 ESC. As a critical component for Carbon Fiber Racing Drone frames and 5 Inch FPV Drone Kits, it delivers precise control and efficient power management—essential for FPV racing and aerial photography. Its compact design (36×36mm controller, 42×41mm ESC) fits seamlessly into Carbon Fiber Drone Frames, while compatibility with DJI Air Unit and GPS ensures easy integration into DIY carbon fiber drone builds.

Technical Specifications

Kit Includes: F405 V2 Flight Controller + 60A 4-in-1 ESC

Flight Controller:

Processor: STM32F405

Gyroscope: ICM42688P (high-precision for stable flight)

USB Port: Type-C (easy firmware updates)

Input Voltage: 4S-8S lithium battery

BEC Output: 8×5V (2A total), 2×12V (2A total)

Dimensions: 36×36mm; Weight: 7g

Mounting Holes: 30.5×30.5mm (4mm diameter)

Features: Built-in barometer, 16M black box, OSD (AT7456E)

4-in-1 ESC:Continuous Current: 60A×4; Max Current: 70A (5 seconds)

Input Voltage: 35-65V (4S-16S lithium battery)

Protocol: DSHOT300/600 (fast motor response)

Dimensions: 42×41mm; Weight: 11.5g

Protection: TVS diode; External Capacitor: 1000uF (high-frequency)

Compatibility: 4-8 axis drones (supports M1-M8 signals)

Product Features

High-Power Integration: 60A ESC + F405 controller combo handles 4S-8S batteries, ideal for carbon fiber Racing Drone frames needing rapid acceleration and sustained high speeds.

Precision Control: ICM42688P gyro and STM32F405 processor reduce latency by 15% vs. basic controllers, critical for tight turns in FPV racing.

Easy Compatibility: Direct support for DJI Air Unit, GPS, and BetaFlight ensures plug-and-play integration with 5 Inch FPV Drone Kits and carbon fiber fpv frames.

Durable Design: TVS protection diode and high-frequency capacitor prevent damage from voltage spikes, extending lifespan in harsh racing conditions.

Compact Fit: 30.5×30.5mm mounting holes align with standard Carbon Fiber Drone Frames, saving space for other components in DIY builds.

How to Install the Controller

Mounting: Secure the controller and ESC to your carbon fiber drone frame using 30.5×30.5mm holes; ensure ventilation for heat dissipation.

Wiring: Connect motors to ESC outputs (M1-M4 for quadcopters); link battery to power input (use 10-pin connector or BAT pads).

Peripherals: Attach DJI Air Unit via solder wires or RPN cables; connect GPS using GPIN cables for navigation.

Initial Setup: Power on via USB-C, install BetaFlight, and calibrate sensors (accelerometer, gyro) for your carbon fiber fpv frame’s weight.

Firmware Update: Press BOOT button while connecting USB to enter DFU mode; flash latest firmware for optimal performance with racing drones.

Application Scenarios

FPV Racing: 60A ESC and low-latency gyro suit carbon fiber racing drone frames, enabling split-second responses in competitive courses.

Aerial Photography: Stable control and OSD support ensure smooth footage when paired with carbon fiber FPV drones and cameras.

Multi-Rotor UAVs: Supports 4-8 axis setups, ideal for custom Carbon Fiber Drone Frame Kits requiring precise power distribution.

DIY Projects: Easy integration with 5 Inch FPV Drone Kits and fpv carbon frames makes it perfect for hobbyists building high-performance drones.

Value to Buyers

Racing Pilots: Reduced latency and high current handling provide a competitive edge, with durable design surviving crashes in Carbon Fiber Frames.

Manufacturers: All-in-one kit simplifies assembly of carbon fiber drone kits, cutting production time by 20%.

Hobbyists: BetaFlight compatibility and plug-and-play features lower setup barriers for DIY carbon fiber drone builds.

Certifications and Compliance

Complies with CE and RoHS standards, meeting global regulations for drone electronics and ensuring safe operation.

Customization Options

Offers bulk-order customization for wiring lengths and connector types, tailored to specific carbon fiber drone frame designs or 5 Inch FPV Drone Kit requirements.

Production Process

Components undergo: 

1) PCB design and precision soldering (STM32F405, ICM42688P);

 2) ESC motor driver integration and capacitor installation; 

3) Functional testing (current handling, gyro accuracy); 

4) Quality checks (vibration resistance, thermal performance).

FAQ

Q: Is it compatible with 5 Inch FPV Drone Kits?

A: Yes, 30.5×30.5mm mounting fits most 5 Inch FPV Drone Kits and carbon fiber fpv frames.

Q: Can it handle 8S batteries for heavy payloads?

A: Absolutely—4S-8S support works with carbon fiber drone bodies carrying cameras or industrial sensors.

Q: Does it require external BEC for peripherals?

A: No, built-in 5V/12V BECs power cameras, GPS, and LEDs, reducing wiring in carbon fiber frames.

Q: How to troubleshoot motor jitter?

A: Calibrate ESC in BetaFlight and ensure proper soldering—common in new DIY carbon fiber drone setups.

Q: Is wireless parameter adjustment possible?

A: Adjust via BetaFlight over data cable (no wireless), ensuring stable settings for racing drones.