FPV drones have become one of the most dangerous means of engaging equipment on the battlefield. They are fast, cheap, mass-produced, and able to precisely hit the vulnerable elements of vehicles even with minimal time for reaction. In such conditions, the question of protecting equipment has ceased to be additional — it is directly connected with the survival of crews and the preservation of the resources of a unit.
Protection From Drones as a New Basic Requirement for the Survivability of Equipment
Just a few years ago, the protection of equipment focused mainly on armor and camouflage from classic engagement assets. Today this is not enough. FPV drones allow the enemy to attack equipment in a point-targeted manner, from different directions, and at moments when the crew does not expect a threat.
Protection from drones is now part of the basic survivability of equipment — on a par with armoring, engineering equipment, and the tactics of application. This is not about a single asset but about a system of actions that begins with the organization of movement and ends with technical counteraction assets.
Why FPV Drones Pose a Special Danger to Armored Vehicles and Transport
FPV drones are dangerous not only because of the charge they carry. Their main advantage is accuracy and the possibility of choosing the most vulnerable place for a strike. Top projections, hatches, the rear, engine compartments, and exposed elements of the running gear often become targets.
In addition, FPV drones are difficult to detect in advance. They fly low, quickly change direction, and appear suddenly. This significantly shortens the time for the crew’s reaction and increases the role of preventive protection measures.
Practical Solutions for Protecting Equipment From FPV Drones at the Unit Level
Effective protection from FPV begins not with equipment but with organization.
Organizational measures include movement discipline, avoiding template routes, limiting stops in open terrain, the correct choice of the time of movement, and the coordination of actions with surveillance units. Even basic changes in the behavior of equipment can substantially reduce the likelihood of an attack.
Engineering and physical assets complement these measures. This is about additional screens, grilles, hung-on constructions, the protection of the top projection, as well as elements that complicate a direct hit or reduce the effectiveness of a detonation. It is important to understand that such solutions do not provide absolute protection but increase the chance of the crew’s survival.
The Role of EW in Protecting Equipment From FPV and the Limitations of This Approach
Electronic warfare assets are one of the key elements of protecting equipment from FPV drones; however, they do not work as a universal or self-sufficient solution. The main task of EW in this context is to disrupt the control and video transmission channels, reducing the likelihood of the precise guidance of a drone to a target.
In the practice of units, trench and positional EW devices that are deployed directly near equipment or on the approaches to positions are most often applied. They work in the bands typical for FPV drones and create a zone of radio interference, within which the operator loses stable control over the drone. An example of such a solution is the AntiSkid «Hrets» 4MTs — a trench device against FPV drones that works in the dual bands of 2360–2500 MHz and 5725–5850 MHz, which are most often used for the control and video transmission of FPV.
At the same time, the application of EW has a number of limitations. Firstly, effectiveness depends on the correct placement, configuration, and continuous operation of the equipment. Secondly, the enemy can change frequencies, use short communication sessions or autonomous modes, which reduces the effectiveness of radio suppression. In addition, EW does not provide physical protection of equipment and does not guarantee the complete cessation of an attack.
That is precisely why electronic warfare assets are considered part of a comprehensive protection system. They are effective only in combination with organizational measures, surveillance, engineering solutions, and the well-coordinated actions of crews and the command. In such a combination, EW makes it possible to reduce the risks of engagement but does not replace other elements of the survivability of equipment.
The Interaction of Crews, Surveillance, and the Command During Drone Attacks
The protection of equipment is impossible without well-coordinated interaction. Observation posts, vehicle crews, and the command must work as a single system. The early warning about the appearance of drones gives precious seconds for maneuver, sheltering, or the change of route.
Clear algorithms of actions, understandable signals, and the preparation of crews for drone threats reduce panic and make it possible to act quickly even in difficult conditions.
Typical Mistakes in Protecting Equipment From FPV and How to Avoid Them
One of the most common mistakes is a reliance on a single «universal» protection asset. Another is ignoring organizational measures in favor of only technical solutions. The role of crew training and interaction with other units is also often underestimated.
A systematic approach helps to avoid these mistakes: the combination of discipline, engineering solutions, EW, surveillance, and the constant analysis of threats. The general approaches to countering drones are examined in more detail in the article: «Effective methods of countering enemy drones».
Conclusion
Protecting equipment from FPV drones is not a one-time measure and not a separate device. It is a system that combines organization, engineering solutions, EW assets, and the well-coordinated work of units. It is precisely such an approach that makes it possible to reduce losses, preserve equipment, and give crews a chance to carry out a task in conditions of a constant drone threat.