German technology company Quantum Systems is working on integrating acoustic sensors into unmanned aerial vehicles (UAVs) to detect sounds and locations of artillery systems. This technology is being developed to identify enemy artillery and mortar positions more quickly and effectively.
Quantum Systems, Twister, Vector ve Reliant It aims to increase the ability to detect enemy fire by integrating sound measurement systems into reconnaissance UAVs called . Developed by Weles Acoustics, the acoustic sensors can be easily installed on all types of UAVs, as they weigh only a few grams and are the size of a finger. It is stated that these sensors are currently in the prototype phase, but are expected to enter mass production by the summer of 2025.
Artillery and Mortar Detection System
Quantum Systems announced that the sensor it developed can detect artillery and mortar fire from up to 15 kilometers away. In addition, the sensor's direction detection accuracy is measured at 5 degrees of deviation at 5 kilometers, which provides enough precision to determine the general direction of enemy fire. One of the most important advantages of this system is that it increases operational effectiveness by allowing infantry and defensive units to respond more quickly and effectively to enemy fire.
Artificial Intelligence and Future Developments
Quantum Systems aims to further develop this system with the integration of artificial intelligence in the future, so that it can recognize and classify the acoustic signatures of shots. With this technology, UAVs will be able to determine not only the direction of enemy fire, but also the source of the fire (for example, an artillery unit or mortar).
These developments are considered a significant step in the evolution of modern warfare technologies. Acoustic detection could enable UAVs to become a critical reconnaissance and defense tool in the modern battlespace. Combined with intelligent guidance and AI-based analysis capabilities, these UAVs could guide strategic moves on the battlefield much faster and more effectively.
