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SZ F7 Flight Controller for Racing Freestyle FPV Drone

|Sales:100+Pcs
US$0.00

● Lower Latency - Smoother operating, faster calculation, and sensitive response with STM32 F7 MCU and BMI270 gyro sensor.

● Less Heat Generation - VTX switch function and better thermal performance, reduce heat generation and interference.

● Rigorous Layout - Clear layout with easy-to-read labels for each port, minimizing wiring difficulties and electrical interference.

● Multi-Peripheral Friendly - With 5V/2A BEC outputs for different peripherals such as GPS, LED strip, buzzer, etc.

● 16MB Black Box - Store tens of minutes of flight data for professionals' tuning and troubleshooting needs.

● Recommendation - Freestyle Motor SZ2306Racing Motor SZ2207SZ60A 4-in-1 ESC.

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    Description

    About F7 Flight Controller:


    Meet the MEPS SPACE F7 Flight Controller, a full-sized 30Γ—30 drone flight controller designed for analog builds and powered by the STM32F722 microcontroller. Boasting the ubiquitous AT7456E chip for OSD overlay generation, this F7 flight controller is a reliable choice for your FPV racing drone.


    Built for ease and efficiency, the MEPS SPACE F7 features well-sized solder pads and a sensible layout, making it a breeze to assemble. One standout feature is the introduction of the ability to assign a transmitter switch to control the VTx power regulator, offering added flexibility in your drone setup.


    If you're in search of the best F7 flight controller or the best quadcopter flight controller, the MEPS SPACE F7 is a solid option, providing seemingly reliable VTx power switching as an additional feature. Consider this flight controller, especially if you plan on pairing it with MEPS motors – you can conveniently order them together for a seamless drone-building experience.


    Elevate your FPV experience with the MEPS SPACE F7 – setting the standard for drone flight controllers, offering reliability and advanced features for your analog builds.


    meps-fpv-freestyle-drone-flight-controller


    Features:

    ● Application: 30.5*30.5mm mounting holes.

    ● Lower Latency: Smoother operating, faster calculation, and sensitive response with STM32 F7 MCU and BMI270 gyro sensor.

    ● Less Heat Generation: VTX switch function and better thermal performance, reduce heat generation and interference.

    ● Rigorous Layout: Clear layout with easy-to-read labels for each port, minimizing wiring difficulties and electrical interference.

    ● Multi-Peripheral Friendly: With 5V/2A BEC outputs for different peripherals such as GPS, LED strip, buzzer, etc.

    ● 16MB Black Box: Store tens of minutes of flight data for professionals' tuning and troubleshooting needs.


    meps-fpv-freestyle-drone-flight-controller


    Specification:

    ● Model: MEPS F7 Flight Controller

    ● Color: Black

    ● Input Voltage: 3-6S Lipo

    ● Processor: STM32F722

    ● IMU(Gyro): BMI270

    ● BEC: 5V 2A 

    ● OSD: AT7456E

    ● Black Box: 16MB

    ● Dimension: 37*37*6.5MM

    ● Mounting Holes: 30.5*30.5mm/Ξ¦4mm

    ● Weight: 7.2g


    meps-fpv-freestyle-drone-flight-controller


    Product Recommendation:

    ● MEPS 60A FPV ESC

    ● MEPS 2207 racing motor

    ● MEPS 2306 freestyle motor


    Package included: 

    ● 1pc* MEPS FPV F7 Flight Controller

    ● 1pc* 61mm Double-Ended SH1.0-8P Silicone Cable

    ● 1pc* 61mm Single-Ended SH1.0-8P Silicone Cable

    ● 4pcs* High Shock Anti-vibration Rubber Dampers

    ● 4pcs* Low Shock Anti-vibration Rubber Dampers

    ● 1pc* SH8P Rubber Shell

    ● 1pc* SH10P Rubber Shell


    Interface Definition Figure

    meps-fpv-freestyle-drone-flight-controller

    Connection Diagram

    meps-fpv-freestyle-drone-flight-controller

    Parameter Data

    meps-fpv-freestyle-drone-flight-controller

    Product Recommendation

    Reviews

    FAQ

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    Q:What kind of gyroscope on this F7 flight controller?
    Q:What MCU is used in this F7 flight controller?
    Q:What firmware is supported by this F7 flight controller?
    Q:What is the target of firmware?
    Q:Can the VTX switch be controlled by remote control?