Emergency services in Rouen, France, are now using drone-ambulances to respond to accidents more quickly. These drones can reach the scene of an emergency in just five minutes, compared to the 20 minutes it typically takes for traditional emergency services. The drones, operated by the Samu (a French emergency medical service), were launched this summer and are equipped with essential emergency tools such as cardiac defibrillators. Flying at speeds of 65 km/h, the drones can bypass traffic congestion, making them significantly faster than human rescue teams. In cases of cardiac arrest, the survival rate within 30 days is less than 5%, and each lost minute reduces the chances of survival by 10%. This makes the rapid response of drone-ambulances potentially life-saving. In Normandy, a first aerial medical route has been established between the hospital in Verneuil, located in the Eure region, and a medical laboratory in the Orne region near Aigle. These drones can reach speeds of up to 110 km/h and cover distances of about 30 kilometers. They are autonomous, using artificial intelligence to navigate and avoid obstacles, but they are still monitored by humans from a remote location. Additionally, the drones are equipped with a refrigerated compartment, allowing for the rapid transport of medical samples. This task is usually handled by couriers using cars or scooters, but the drones offer a faster and more efficient alternative. Despite the benefits, there are still challenges to overcome. Drones are particularly useful in connecting "medical deserts"—areas with limited access to healthcare—and they significantly reduce the carbon footprint compared to traditional transport methods by up to 95%. However, they face technical and regulatory hurdles, especially when it comes to operating in remote or challenging environments like mountainous regions. Approximately fifteen other aerial routes are currently under development, but they require close monitoring to ensure safety and prevent accidents. In adverse weather conditions, such as heavy rain or strong winds, the drones cannot operate and must be used as a supplementary tool rather than a primary solution. Nonetheless, the regular and successful use of drones by emergency services in Rouen and other parts of Europe suggests their growing role in emergency response systems. While they may not replace traditional methods entirely, they offer a promising addition to the way medical services are delivered. As technology and regulations continue to evolve, the use of drones in emergency and medical logistics is likely to expand, offering faster and more sustainable solutions for transporting both people and supplies.