background overview

On November 12, 2015, the Shanghai Cooperation Organisation held a joint firefighting and disaster relief drill of member states in Zhejiang. This was a high‑level international emergency rescue cooperation exercise aimed at testing and enhancing the coordinated operational capabilities and joint command levels among member states by simulating real‑world, complex cross‑border disaster scenarios.action

In this international exercise, CHENGDU TIMESTARS CO., LTD., as one of the representatives of China's high‑tech emergency rescue equipment, was invited to participate and demonstrate its advanced TIM‑series UAV system:

UAV Integrated Reconnaissance Platform: Long‑endurance, high‑stability industrial‑grade UAV serving as the core aerial reconnaissance node.

Multi‑mission payload: Equipped with a high‑definition visible light camera and an infrared thermal imaging camera to meet all‑weather, all‑terrain reconnaissance requirements.

Real‑time video transmission and command system: Transmits the live footage captured by the UAV to the joint command center in real time to assist decision‑making.

Effectiveness

1. Served as a "shared intelligence source" for the joint command center

The real‑time, high‑definition panoramic and detailed images provided by the UAV enhanced the common situational awareness and collaborative decision‑making efficiency of the multinational forces under complex disaster conditions.

2. Demonstrated the "technology‑driven" level of China's emergency rescue capabilities

The stable and efficient performance of TIM UAVs vividly showcased China's advanced strength in the field of high‑tech emergency rescue equipment to international counterparts.

3. Validated operational capabilities in a simulated cross‑border disaster scenario

By simulating a realistic disaster environment, the TIM UAV successfully completed core mission modules including disaster assessment, personnel search and rescue (via thermal imaging), and fire monitoring, proving that this technological equipment has deployment value in real‑world rescue operations.