Enemy drones have become one of the key threats of modern warfare. They are used for reconnaissance, fire correction, strikes, and the engagement of both combat positions and rear objects. In such conditions, protection from drones ceases to be a separate technical solution and turns into a system that combines camouflage, physical barriers, and radio-electronic counteraction.
General Threats From Enemy Drones in Modern Warfare
In modern combat operations, drones perform several roles at once. Reconnaissance UAVs ensure constant surveillance, the correction of artillery fire, and the control of movements. In parallel, kamikaze drones and FPV drones intended for point strikes on positions, equipment, and personnel are actively applied.
The key threat lies in the combination of these assets. Reconnaissance from the air makes it possible to detect a position, after which an FPV drone or kamikaze drone carries out an attack. That is precisely why protection from kamikaze drones and countering FPV drones must take into account not only the moment of the strike but the entire chain — from detection and guidance to the final phase of the attack.
Camouflage From Drones: Main Approaches
Camouflage from drones remains a basic and most accessible element of protection. It is aimed at reducing the visual, thermal, and contrast visibility of positions.
Visual camouflage involves concealing equipment, shelters, and movements from aerial surveillance. Thermal camouflage reduces the thermal trace of equipment, generators, and places of the presence of personnel, which is especially important at night. Separate attention is paid to the camouflage of engineering structures — trenches, dugouts, and the entrances to shelters, which often become landmarks for FPV drones.
Even a well-fortified position remains vulnerable if it is easy to identify from the air.
Anti-Drone Nets: Operating Principle and Areas of Application
Anti-drone nets are applied as a physical barrier against FPV drones and kamikaze drones. They are installed over positions, equipment, the entrances to shelters, or along movement routes.
The main task of anti-drone nets is to disrupt the flight trajectory of a drone or initiate the detonation of a munition before reaching the target. At the same time, nets are not a universal solution: their effectiveness sharply decreases without correct installation, sufficient installation height, density, and the regular monitoring of the condition of the structure.
Anti-drone nets demonstrate the best results in combination with camouflage and technical counteraction assets.
Trench Assets Against FPV Drones in the Local Protection of Positions
In a zone of constant FPV threat, specialized trench devices intended for the local protection of positions at the final section of an attack are applied. Their task is to reduce the likelihood of a direct hit from the air at the moment a drone closes in on a target.
An example of such a solution is the AntiSkid «Hrets» 4MTs — a trench device against FPV drones, which is used for the physical impact on a drone during an attack. Such assets do not replace camouflage or anti-drone nets but complement them, working precisely at the critical moment of an attack.
AntiSkids are applied as an element of the local protection of a position. They do not guarantee complete safety but are able to reduce the effectiveness of an attack and gain time for sheltering and response.
EW Against Drones: Capabilities and Limitations
EW against drones is aimed at disrupting control and data transmission channels. Electronic warfare assets can complicate guidance, reduce flight stability, or force a drone to lose control.
At the same time, EW has clear limitations. Its effectiveness depends on frequencies, terrain, the distance to the target, and the type of drone. In addition, the application of EW requires coordination to avoid a negative impact on one’s own communication channels. That is precisely why EW is considered an important but auxiliary element of the protection system.
The Detection of Drones in the Protection System
The early detection of drones makes it possible to take shelter in time, stop work, or activate other elements of protection. Drone detectors do not stop an attack but substantially reduce the surprise factor and increase the situational awareness of units.
The role of such solutions in modern warfare is discussed in more detail in the article: «Drone detectors in modern warfare: capabilities and limitations», which complements the topic of a comprehensive approach to protection from aerial threats.
The Combination of Camouflage, Nets, and EW in Protection From Drones
Effective protection from drones is possible only as a complex. Camouflage reduces the likelihood of detection, anti-drone nets and trench devices create a physical barrier, and EW complicates control and guidance.
Each element has its own limitations, but together they form a multi-level protection system that reduces losses, increases the survivability of positions, and the stability of the work of units in conditions of a constant drone threat.
Conclusions
Protection from enemy drones in modern warfare is not a single asset but a system. Camouflage from drones, anti-drone nets, trench solutions against FPV drones, and EW against drones complement one another and work effectively only together.