MYUAV Technology's team has recently made significant achievements in the field of high payload tethered drone technology, attracting the attention of Nanjing TV's program "Jinling Party Building". It is reported that the team has successfully developed a high-power tethered drone system using advanced tethering technology, which has already been applied in national defense and emergency operations.The team expressed their gratitude for the trust and support from the organization, which has given them the opportunity to stand out. They emphasized their commitment to technological advancement and stated that they will continue to strive for applying high-power tethering technology and providing high-quality products and services to make greater contributions in national defense and emergency operations.

It is understood that this high-power tethered drone system has advantages such as large payload capacity and strong wind resistance, enabling it to complete various tasks in harsh environments such as reconnaissance, search and rescue, and strike operations. The high payload capacity of the system allows it to carry different equipment and devices, including high-definition cameras, infrared cameras, and more, enabling excellent reconnaissance and monitoring capabilities. Especially in challenging conditions like high altitudes, extreme cold, and strong winds, the system can maintain stable flight, ensuring the effective implementation of reconnaissance and monitoring missions. The application of this system not only improves the efficiency of national defense and emergency rescue but also injects new vitality into China's scientific and technological innovation and development.

In addition to reconnaissance and monitoring, the high-power tethered drone system also plays a significant role in emergency rescue operations. After a disaster occurs, the system can be rapidly deployed to the affected areas to carry out search and rescue, material delivery, communication relay, and other tasks. Through tethering technology, the system can maintain flight for extended periods, unrestricted by battery life, enabling sustained rescue operations. This provides essential technical support and assistance to rescue personnel, enhancing rescue efficiency and success rates, particularly in complex disaster situations.

This report has sparked widespread attention and discussion within the industry. Many people believe that the team's innovative achievements represent a breakthrough in the technological innovation and development of high payload tethered drones. Furthermore, there is a call for more companies and research teams to join this field to collectively promote the technological innovation and development of high payload tethered drones.