Drone That Can Detect Chemical And Nuclear Threats In 40 Mins Developed In Austria

Frequentis, a leading Austrian communication and information systems developer has completed its drone-based Chemical, Biological, Radiological, and Nuclear (CBRN) Reconnaissance and Surveillance System (RSS).

In a press release dated July 16, Frequentis highlighted that this cutting-edge sensor and uncrewed systems would expedite analysis and significantly reduce response times in CBRN defense scenarios. Traditional methods relied on handheld or vehicle-mounted sensors, exposing crews to hazardous materials. The new drone-based system mitigates such risks, ensuring safer and more efficient detection.

To address evolving CBRN threats, Frequentis has also developed a data fusion cell (DFC). This centralized hub integrates information from various sources, including sensors and drones, enabling comprehensive analysis and rapid decision-making. The DFC empowers military personnel with real-time intelligence to respond swiftly and effectively to emerging threats.

“Normally, it would take us two hours to achieve this result. With the use of these modern technologies, we can reduce this time to 40 to 45 minutes, and we don’t have to bring soldiers directly to the source of danger, as this is taken over by robots and drones,” said Colonel Schlechter, Commander of the CBRN Defence Center/Austria (ÖBH).

Frequentis Vice President Peter Skiczuk emphasized the transformative impact of the DFC on CBRN defense in Europe. The system provides commanders with critical insights, allowing them to make informed decisions that ensure the safety of both military personnel and civilians.

Looking ahead, Frequentis aims to focus on readiness for the full military deployment of the CBRN RSS, ensuring continued security for European nations. This technology is crucial in countering the growing threat of CBRN warfare from both state adversaries and non-state actors.

Governments and military institutions worldwide are working on integrating unmanned assets with sensors to limit first responders’ exposure to toxic and harmful agents. The U.S. Department of Homeland Security (DHS) has highlighted that unmanned systems with sensor payloads can provide remote CBRN detection capabilities in hard-to-reach or hazardous environments.

The integration of CBRN sensors and drones allows for the remote detection, identification, and monitoring of hazardous substances in emergency scenarios. These technologies can survey areas for radiation levels, enter burning buildings releasing hazardous gases, monitor toxic chemicals, and search for threats. They can transmit real-time information or collect air samples for laboratory analysis, making them invaluable in both pre-incident detection and post-incident monitoring.