In the aftermath of severe earthquakes, such as those that struck Turkey and Syria in 2023, emergency response teams face significant challenges in disaster control. The immediate need for accurate and up-to-date situational awareness is critical, yet traditional ground-based reconnaissance methods are often hampered by inaccessible terrain, infrastructure damage, and rapidly changing conditions. This can delay rescue operations, hinder the effective deployment of resources, and increase the risks to both victims and responders. The scale of destruction and the urgency to locate survivors necessitate innovative solutions to enhance real-time decision-making and coordination among international rescue teams.

To address these challenges, the German Aerospace Center (DLR) deployed the Vector Scorpion system in the disaster-stricken regions. Utilizing the Modular Aerial Camera System (MACS) integrated into the Vector, DLR provided real-time mapping and situational awareness to support emergency operations. The MACS-nano camera system, installed in Quantum Systems’ drones, enabled the capture of high-resolution aerial images over affected areas. These images were instantly transmitted to the United Nations Incident Command System (ICMS), ensuring that all participating rescue teams had immediate access to vital information.

This live mapping capability significantly enhanced the ability of emergency services to assess the extent of damage, identify accessible routes, and prioritize areas for search and rescue. The DLR team, working alongside I.S.A.R. Germany, also contributed to on-the-ground rescue efforts, combining their technical expertise with hands-on support. Additionally, the DLR’s Center for Satellite-Based Crisis Information (ZKI) played a crucial role by processing satellite imagery into digital maps, providing a comprehensive overview of the disaster’s impact.

By integrating cutting-edge drone technology, real-time aerial imaging, and satellite data analysis, DLR’s disaster control efforts not only improved the speed and accuracy of the response but also strengthened coordination among international aid organizations. This collaborative approach represents a significant advancement in managing large-scale disasters, offering a powerful toolset for rescuers operating in challenging environments.