"Sky Sword 3 Long-endurance fire-fighting drone

“天剑”3号 长航时灭火无人机专为消防而设计，为高效、持续的灭火提供了先进的解决方案。这些无人机配备了先进的传感器和高清摄像头，可以实时监控火灾情况，并准确部署灭火剂或投放灭火弹。

“天剑”3号 长航时灭火无人机适合到达人迹罕至的地形和高层建筑，为地面消防人员提供安全有效的支援机制。由于飞行时间较长，它们可以在空中盘旋很长时间，提供远程探测和灭火能力，增强态势感知能力，并协助应急响应期间的战略决策。

“天剑”3号 长航时灭火无人机空中能力使它们能够到达传统灭火方法无法到达的地点，从而快速应对野火或森林火灾。当地面灭火方法不足或风险太大时，它们特别有效。

I. Principles of fire extinguishing
    通过投掷灭火弹或喷射灭火剂来破坏“火三角”因素，实现快速灭火效果

II. Main advantages

• Structural material: made of 7075 aerospace aluminum and carbon fiber materials to ensure the UAV's strong, durable and lightweight characteristics.
• Rapid assembly and disassembly: the unique quick-disassembly design allows the drone to be assembled and disassembled in less than a minute, increasing deployment efficiency.
• Fast start-up capability: equipped with high-quality dual servo control, the drone can be started quickly in single or dual mode.
• QUICK LOADING DESIGN: The screw-in cartridge design makes loading the extinguishing agent quick and easy.
• Precise targeting: the drone is equipped with a camera, which can accurately locate the bombing position, observe the bombing effect and improve the precision of firefighting.
• Easy to maintain: Maintenance is simplified by the use of standardized, modular components and operational safety is ensured by regular replacement.
• Rapid Deployment: The UAV can be easily transported by a variety of vehicles, making it ideal for use in rugged terrain and on slopes.
• Autonomous operation: Designed with user-friendliness in mind, the simple and intuitive operation enables the operator to master it quickly.
• Intelligent Detonation Control: Equipped with an advanced control system, the drone can be detonated according to the precise time or height to improve the efficiency and accuracy of fire extinguishing.
• 载重高、飞行时间长：该无人机最大起飞重量100公斤，空载飞行时间最长可达60分钟，可携带各种消防救援设备。
• 高效灭火弹：可携带4枚25公斤灭火弹，每次灭火任务可覆盖面积约200-300平方米。

III. Areas of application (places)

1. High-rise building firefighting: UAVs can quickly reach the fire scene of a high-rise building to carry out real-time monitoring, fire source localization, fire control and other tasks to improve the efficiency and safety of firefighting and rescue.

2. Forest fire prevention and control: UAVs can cover areas that are difficult to reach by traditional inspection methods, carry out large-area automated inspections, detect and locate fire sources in a timely manner, and quickly extinguish early fire hazards. They can also mount fire extinguishing bombs for aerial firefighting and improve firefighting efficiency.

3. Industrial fire detection: In industrial fires, such as petrochemical fires, drones can enter hazardous areas for reconnaissance and, with on-board equipment such as thermal imagers, identify fire sources and hot spots to help firefighters develop rescue strategies.

4. Disaster relief: In natural disasters such as earthquakes and floods, drones can carry out tasks such as disaster assessment and analysis, hidden danger inspection and monitoring, on-site rescue, medical material protection, and rescuing stranded people, providing important technical support and safety protection.

5. Urban Complex Fire Rescue: UAVs can provide real-time information on the global situation of a fire, assisting in precise firefighting and improving firefighting efficiency.

6. Special fire investigation: UAVs can assist firefighting and rescue work to be carried out smoothly, especially in high-rise buildings, high-floor fires or heavy industrial enterprises, etc., when there is a fire, UAVs can assist in carrying out the relevant site investigation work, so as to facilitate timely access to the site information.

7. Participation in command and control: The drone can ensure timely feedback of on-site information, with the help of modern communication technology advanced, prompting closer cooperation between departments, under the premise of effective command and dispatch work, to ensure the reduction of the possibility of accidents.

8. Disaster tracking: The performance of drone technology in fire rescue work not only lies in the rescue of the work at the time, but can also assist in tracking the subsequent fire treatment work, helping to extend the time limit of fire rescue, prompting the rescue more thoroughly