Today, UAVs are one of the most common tools in the fight against the enemy. Drones are used by almost all units for various purposes. They observe the enemy, destroy enemy equipment, structures, and personnel. Drones are capable of delivering precision strikes on targets both autonomously and as part of swarms. In this article, we will look at how drones have evolved from an auxiliary tool to a key element of modern military operations.

UAV development history: how did it all start?

Unmanned aerial vehicles first appeared long before the widespread use of electronics. These were adapted aerial vehicles, which can be traced back to the 19th century. For example, such devices in the form of balloons were used by the Austrian army in 1849 to bomb Italian cities. At that time, unmanned aerial vehicles could hardly be called an effective weapon. But the beginning of the development of this technology was quite significant.  

During the Second World War, aircraft were developed that could be controlled by radio waves. These were inventions that were more similar to modern drones. In the 70s, drones were actively used in reconnaissance operations. They were becoming more functional, able to stay in the air for a long time and collect information using cameras and various sensors. Such equipment was also used as targets in exercises. 

In the 2000s, more modern and effective analogues appeared - lightweight, mobile and cheaper drones that could be launched by hand. The RQ-1 Predator became a symbol of the new era of drones, first used for reconnaissance and later as a strike tool in many military operations. 

But the real breakthrough came with the development of FPV technologies. It was they who allowed the operator to see the drone image in real time through special glasses or a monitor. This significantly improves the accuracy of control and expands the possibilities of using drones. They have become a widespread tool for photography, video and aerial filming, used in the agricultural sector, among rescuers and ordinary enthusiasts. Modern UAVs are represented by various models of vehicles and are used for a variety of purposes.

Reconnaissance drones: eyes on the battlefield

Reconnaissance is one of the main tasks of drones. They have become the “eyes” of unit leaders on the front line: 

  • The design includes innovative digital cameras with a zoom of x30 x 60. They can transmit clear images at a distance of up to 10 km. 
  • Thanks to the installed thermal imager and night vision function, the pilots were able to detect targets both during the day and at night. 

It's not just observation. Drones help to conduct targeted reconnaissance, the results of which allow us to instantly adjust artillery fire, monitor enemy movements, conduct precision fire from UAVs and accurately hit targets.

Strike UAVs: a new level of combat effectiveness

But reconnaissance is not the only thing UAVs are capable of. Modern strike vehicles are a real weapon against the enemy, its equipment and critical facilities. FPV drones can cover distances of up to 50 km and carry more than 10 kg of payload. Such capabilities open up a whole range of advantages for the Armed Forces. The drones can be used to install powerful ammunition, explosives, and transport special-purpose weapons. FPV suicide drones are another effective option for using unmanned vehicles. These are low-cost devices whose sole purpose is to destroy enemy armoured vehicles and fortifications. Manoeuvrable, fast, and accurate, they help reduce personnel losses and reach the enemy at long distances.  

The use of FPV drones in modern conflicts

Modern warfare is fundamentally different from the military conflicts of the past. Lightweight, manoeuvrable, multifunctional UAVs have become an integral part of the armaments of the 21st century army. They are used both on the front line and deep behind enemy lines. Relatively compact, with a high speed of movement, invisible when used at low altitudes, they effectively conduct pinpoint attacks on positions and monitor the enemy's movement. They are also an effective tool for psychological pressure on the enemy. Very often, drones play a crucial role in assault or defensive operations.

The future of UAVs: autonomous systems and artificial intelligence

Today, the effective use of UAVs requires professional assistance from an operator. But soon enough, a new generation of drones will see the light of day. Already, ArduPilot-based firmware allows drones to navigate routes, avoid obstacles, and identify targets on their own. The devices are becoming as autonomous and independent of humans as possible. We are developing and testing homing systems that allow the drone to change its target in flight. Another functional advantage of modern drones and the future of drones is the swarm concept. Dozens of drones act as a single unit, as a single mechanism. Soon, such swarms will be used everywhere. The use of artificial intelligence in the development of drones will further relieve the operator of the workload and significantly increase the accuracy and speed of the drone's response.