Received an alarm on site, a driver was trapped in a car accident. The emergency unit received instructions and immediately arrived at the scene. After comprehensive analysis, it was suspected to be a spleen rupture and urgently needed blood transfusion treatment. Due to the fact that the injured person has Rh negative blood, emergency adjustment is required. The on-site medical staff immediately contacted the command center to apply for drone rescue. At the same time as the hospital took off with two units of Rh negative type 0 blood drones, medical staff collected patient blood samples on site and transported them to the hospital for advanced typing and testing using a vehicle mounted drone platform.

The vehicle mounted drone is based on the TR7S drone of Antwork Technology. Antwork combines takeoff and landing stations with ambulances to achieve emergency takeoff and landing functions of the drone at the rooftop airport. Drones have flexible maneuverability and can set up emergency routes in emergency situations, arrive at the location of the emergency unit, and transport the necessary materials and equipment at the scene. At the same time, the onboard equipment can display the actual operation of the drone, helping to comprehensively assess the overall situation.

The debut of the country's first 5G mobile ambulance equipped with drones marks a major breakthrough in the field of emergency rescue. This innovative design will greatly improve rescue efficiency and success rate, bringing tremendous changes to disaster rescue work. The cooperation between Antwork Technology and the Second Affiliated Hospital of Zhejiang University School of Medicine is a combination of drone technology and medical technology, demonstrating the broad application prospects of technology in the humanitarian field. We have high expectations for future rescue work and believe that this innovative model will continuously promote the development of emergency rescue and bring safer and more reliable rescue guarantees to our society.