The US military has just deployed a new fire control software called SWAT-FC, designed to help military vehicles destroy small unmanned aerial vehicles (UAVs) even when both targets and vehicles are moving.
This is considered a remarkable step forward in efforts to strengthen defense capabilities in the face of the rapid development of UAV systems on the modern battlefield.
The highlight of the software is the ability to continuously collect and process data from sensors to maintain the accuracy of weapons during combat. Thanks to that, the system can support locking and tracking targets even when weapon-carrying vehicles are maneuvering at high speed.
In fact, shooting down a flying UAV while the firing vehicle is also moving is a very complex task. The simultaneous movement of both sides makes maintaining the aiming line and calculating the firing point much more difficult than fixed targets.
The popularity of small-sized UAVs in recent conflicts also makes the need to develop effective interception solutions more urgent.
To solve this problem, SWAT-FC is built to provide advanced fire control capabilities, helping weapon systems automatically adjust combat parameters in real time, thereby increasing the probability of destroying targets.
Data collected during tests will continue to be used to improve the fire control algorithm, while improving the processing speed and accuracy of the system in subsequent versions.
Another advantage of SWAT-FC is that it is designed according to a modular open system architecture. This approach allows the military to easily add new technologies or upgrade software in the future without changing the entire system.
This technology is expected to contribute to improving the ability to protect ground forces from threats from UAVs, which are becoming an increasingly important factor in modern warfare.
