FPV drone (First Person View) is a camera-equipped unmanned aerial vehicle controlled by an operator in real time. It has become an indispensable tool in modern warfare due to its manoeuvrability, accuracy and relatively low cost.

The main components of an FPV drone:

  • frame: the base of the drone, which determines its strength, weight and aerodynamics; some models have additional protection against bullets and shrapnel;
  • flight controller: the “brain” of the drone, processing data from sensors and ensuring stable flight;
  • ESC (electronic speed control) + engines + high-quality propellers: the system responsible for speed and manoeuvrability to reach your target with ease;
  • Video transmitter + antenna: provides a stable signal from the camera to the operator;
  • Control receiver: a critical component that operates in a specific frequency band (e.g. 433 MHz, 900 MHz, 2.4 GHz) to counter EW;
  • Camera: Modern cameras have infrared modes and can work in low visibility conditions during the day, at dusk and at night.

How to learn how to build and fly FPV drones?

The ArmDrones School offers professional courses for military and civilians on assembling, configuring, piloting and using FPV drones in combat. Here you will gain not only theoretical knowledge but also practical skills in working with modern equipment. Learn more at armdrones.com.ua.

Having mastered FPV technology, you will be able to effectively use drones for reconnaissance, strike operations and other combat missions.

Development process: from drawings to flight tests

Building an FPV drone is a complex process that begins with the development of models and drawings. During the design phase, engineers take into account aerodynamics, structural strength and placement of key components. After that, a prototype is made and undergoes a series of tests to ensure the strength, balance and efficiency of the systems.

Modern technologies in FPV drones:

  • Digital video system: provides high image quality with minimal latency, which is critical for precise control;
  • powerful flight controller: processes sensor data, stabilises and allows the use of complex navigation algorithms;
  • Additional sensors: barometers, gyroscopes, magnetometers, optical and laser sensors improve the drone's stability, especially in windy conditions or when avoiding obstacles;
  • GPS modules: allow you to use autonomous flight modes and keep your position accurately;
  • dual frequency receivers: provide reliable control even in conditions of radio interference, which is critical in military operations.

Stages of testing

After assembly, the drone undergoes a series of ground and flight tests:

  • checking all electronic systems;
  • calibration of sensors;
  • tests for manoeuvrability and speed;
  • testing in conditions simulating combat.

Only after all the testing stages are successfully completed is the drone allowed to operate. 

If you are a military or civilian and want to learn more about the process of building FPV drones, ArmDrones offers specialised courses in drone design and configuration. 

How does ArmDrones develop engineering skills in its students?

ArmDrones creates a unique learning environment where theoretical knowledge is immediately applied in practice. Our approach is based on three key principles.

Project-based learning

Students work with real components from the very first class. Each student assembles his or her own FPV drone, performs soldering and reassembly.

Working with modern equipment

We use military drone technology: 

  • digital video systems;
  • BetaFlight;
  • Radiomaster Tx12 equipment.

Real cases

The training includes analysis of combat situations, where students learn:

  • diagnose and repair breakdowns;
  • optimise designs for specific combat missions;
  • are doing their internship at LiftOff;
  • TinyWhoop piloting.

Both military and civilians can study with us. Our graduates receive not just a certificate, but real engineering skills that they can immediately apply in real combat conditions. More information about the training programmes is available at https://armdrones.com.ua/courses/.

Is it possible to create an FPV drone on your own and what do you need?

Building an FPV drone yourself is possible! But it requires basic electronics knowledge, the right components, and a small set of tools. ArmDrones will teach you not only how to assemble drones, but also how to fly them professionally.

Required components:

  • frame: the base of the drone, which determines its size and strength;
  • Flight controller: controls the engines and stabilises the flight.
  • ESC: Converts the controller signal into power for the motors;
  • motors: selected by power and type of drone;
  • battery: provides power;
  • VTX camera and video transmitter: for real-time FPV flight;
  • RX receiver: for controlling the drone via the remote control.

A minimal set of tools:

  • a soldering iron;
  • bits and screwdrivers;
  • a wrench;
  • multimeter;
  • flux and solder.

With us, you can not only assemble a drone, but also use it as efficiently as possible! Sign up for ArmDrones courses and become a real FPV operator!