On June 30th, the Second Affiliated Hospital of Zhejiang University School of Medicine conducted an emergency rescue drill. As a partner in the pre hospital emergency response solution of SAHZU, Antwork dispatched the latest aircraft model TR7T descent version to participate in this drill, adding new air power to the emergency rescue scene.

This drill is a rescue project jointly carried out by SAHZU, traffic management department, and fire department, based on the background of a car rear end collision and a driver with panda blood type being trapped inside the car.

A sudden traffic accident occurred in a certain area of Xiaoshan District. After the traffic management department arrived, it was found that someone was injured and trapped in the car, suspected of having a ruptured spleen. The fire department and medical department immediately arrived at the scene to cooperate in rescue. Due to the time required for firefighting and demolition, SAHZU immediately dispatched a 5G ambulance to arrive at the hospital. At the same time, they contacted Antwork to use drones to quickly transport RH negative blood (panda blood) blood products to the target site, helping medical staff on site to quickly enter the field for treatment.

Throughout the years, models such as the TR7S and RA3 of Antwork have utilized the unique mobility of urban drones to help medical institutions achieve point-to-point transportation of related materials, greatly improving transportation efficiency within the city. However, in practical urban scenarios, the ground environment is relatively complex, and some locations do not have landing conditions. Based on this demand, Antwork has recently developed the TR7T descent version as a test aircraft. Unlike the traditional multi rotor logistics drone that needs to land on the apron before cargo storage and retrieval, the TR7T can achieve aerial delivery of goods through descent. The drone only needs to fly to the target location and hover to unload the goods without waiting for the drone to land, which further saves time for emergency rescue.

Through this drill, traffic control, fire protection, and medical rescue work together to form a ground force, with the rapid ant TR7T serving as the air force. Through the comprehensive scheduling of the remote command platform, air ground coordination and rescue are achieved. As an emergency example for road accident rescue, it has laid a solid foundation for subsequent practical applications.

As another demonstration case of emergency rescue, the Antwork TR7T landing drone also participated in the 2022 Yuhang District Flood and Typhoon Prevention Emergency Comprehensive Exercise. Through a series of application experiments, it has been proven that landing drones can be suitable for various emergency scenarios, including medical rescue, disaster rescue, and lost contact search and rescue, helping to accelerate the efficiency of emergency response. The TR7T landing drone, as an emerging force in emergency rescue, can deeply participate in the collaborative handling of emergency events on the front line in the future and continue to contribute to the aerial power of Antwork.