Mepsking FPV SZ F7 mini Flight Controller

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Introduction:

The MEPS MINI F7 Flight Controller, designed for advanced drones, combines a lightweight design with powerful performance. It features a fast STM32F722 processor, supports DJI HD VTX plug-and-play, and ensures stable power with dual BEC. Ideal for enhancing FPV flying with compatible MEPS motors and ESCs.

Lightweight and compact design for improved drone performance.
Fast STM32F722 processor for precise flight control.
Plug-and-play support for DJI HD VTX for easy video streaming.
Stable power supply with integrated dual BEC (5V/2A, 10V/2A).
Compatible with MEPS 45A MINI FPV ESC, 2207 racing motor, and 2306 freestyle motor for a comprehensive FPV setup.

What you need：

Freestyle Recommended:

Racing Recommended:

Video Overview

Elevate your FPV experience with the MEPS MINI F7 Flight Controller – a pinnacle of reliability tailored for advanced drone enthusiasts. Engineered with the STM32F722 chip, this FPV flight controller delivers exceptional performance and high processing speed, ensuring pilots experience stable and smooth flights.

Mepsking FPV SZ F7 mini Flight Controller

Key Characteristics of MEPS F7 mini Flight Controller

Table of Contents

Smaller Shape and Lighter Weight – It takes up less space and adds less weight to the drone, which can improve its overall performance and maneuverability.
Faster Calculation and Stable Operation – Boasting faster calculations, the flight controller can make precise adjustments to the drone’s flight path in real-time.
Plug-in-Play DJI HD VTX Support – With plug-in-play compatibility, you can easily stream high-quality video from your drone without the need for additional wiring or setup.
Precise and Rigorous PCB Layout – Clear interface layout to minimize wiring difficulties and electrical interference, to improve signal transmission.
Integrated 5V/2A 10V/2A dual BEC – Ensure that the drone’s electronics receive a stable and consistent source of power, which can improve performance and reduce the risk of component failure.