Turkey's "Invisible Shield" Project to Protect Drones from Electromagnetic Interference
A research team at Sivas University of Science and Technology (SBTÜ) in Turkey has announced the launch of an ambitious technical project titled "Invisible Shield" (Görünmez Kalkan), aimed at developing a new generation of optical windows capable of protecting unmanned aerial vehicles (İHA) and armed drones (SİHA) from the effects of electromagnetic interference.
Nanotechnology in the Service of Defense
The project, which has received support from the Scientific and Technological Research Council of Turkey (TÜBİTAK), focuses on developing hybrid films based on conductive and transparent nanomaterials. The core concept lies in designing optical windows that allow light to pass through to enable cameras and optical systems to operate efficiently, while simultaneously acting as an electromagnetic shield that prevents interference that could lead to the failure of sensitive electronic components.
Dr. Ali Altuntepe, the project manager, explained that electromagnetic interference represents a major challenge in advanced optical and electronic systems, as interfering signals cause "noise" that directly affects the accuracy of thermal cameras and sensor systems in drones, especially in combat operation conditions.
What Changes Practically?
This innovation contributes to enhancing the reliability of defense systems by:
- Improving optical performance: Maintaining window transparency while providing integrated electronic protection.
- Reducing malfunctions: Protecting sensitive electronic circuits from unwanted external signals.
- Expanding the scope of use: The application is not limited to drones, but extends to space technologies, missile warheads, and even some applications in the medical sector and microelectronics industries.
Work Plan and Timeline
The project involves a multidisciplinary research team from Sivas University of Science and Technology, in collaboration with researchers from Niğde Ömer Halisdemir University and Iskenderun Technical University. The team has already begun using artificial intelligence techniques and advanced simulation software to optimize the properties of the hybrid materials used in the coating.
According to the announced timeline, the team aims to complete the research and development phases and reach a viable prototype within one year, representing a step toward strengthening local capabilities in the field of advanced electronic protection technologies.