Israeli technology works to prevent aircraft collisions after deadly firefighting crash in Athens
The technology shares flight paths among helicopters, planes, and drones, providing real-time warnings and instructions without relying on centralized air traffic control.
Following a fatal helicopter collision during firefighting operations near Athens, an Israeli-developed collision avoidance system aims to mitigate risks in aerial firefighting. The accident, which killed two crew members, highlights the dangers of increased aerial operations due to climate change-related wildfires, often involving multiple aircraft and poor visibility. Israeli company Ciconia has developed a decentralized system that transmits flight data between aircraft, enabling real-time air traffic awareness and providing collision warnings or evasive maneuver instructions. The system has been tested by the Israeli Air Force on Black Hawk helicopters, receiving positive feedback, though large-scale procurement has not yet been approved. Ciconia is also participating in a US initiative to improve wildfire response, with demonstrations conducted in Texas and planned for California, potentially leading to broader adoption.
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