水上遥控救援飞翼 夜间救援测试背景

随着水域安全问题日益受到关注，智能化水上救援设备的研发成为公共安全领域的重要方向。本次测试旨在评估我司生产的“水上遥控救援飞翼”在夜间复杂环境下的实际救援性能。该设备集成了远程遥控、高亮度照明、GPS定位与稳定浮力系统，适用于江河湖海等多种水域场景。

水上遥控救援飞翼 夜间救援测试环境

测试于2025年9月10日晚上8点至10点在某城市郊区人工湖进行。天气为多云，湖面风力约3级，能见度较低，模拟真实夜间落水事故场景。测试区域水深约3-5米，无明显水流，但夜间光线不足，普通肉眼难以辨识落水者位置。

水上遥控救援飞翼 夜间救援测试过程

测试人员模拟落水者在距岸边约50米处发出求救信号。操作员在岸上启动“水上遥控救援飞翼”，通过遥控器操控其快速驶向目标区域。设备开启前置LED强光照明系统，在黑暗湖面上清晰照亮落水者位置。飞行轨迹稳定，响应灵敏，从启动到抵达落水者仅耗时68秒。

落水者抓住飞翼U型结构后，操作员远程操控其返航，全程保持通信畅通。设备浮力充足，成功承载75公斤测试假人及真人双重重量，未出现下沉或倾斜现象。

水上遥控救援飞翼 夜间救援测试结果

1. 响应速度：平均响应时间小于70秒，远快于传统人工救援。
2. 照明性能：前置双LED灯可覆盖15米范围，有效提升夜间识别能力。
3. 操控稳定性：在低能见度下仍能精准操控，抗风浪性能良好。
4. 安全性：U型人体工学设计便于抓握，救生成功率100%。

水上遥控救援飞翼 夜间救援测试结论

本次夜间救援测试充分验证了“水上遥控救援飞翼”在真实黑暗环境下的高效性与可靠性。其智能遥控、强光照明与高稳定性设计，使其成为夜间水域救援的理想装备。建议在海滩、水库、河流等高风险区域广泛部署，提升应急救援响应能力。

Nighttime Rescue Test Report of the Waterborne Remote-Controlled Rescue Wing

Waterborne Remote-Controlled Rescue Wing Nighttime Rescue Test Background

With increasing attention on water safety, the development of intelligent water rescue equipment has become a key focus in public safety. This test aims to evaluate the real-world rescue performance of our "Waterborne Remote-Controlled Rescue Wing" under complex nighttime conditions. The device integrates remote control, high-intensity lighting, GPS positioning, and a stable buoyancy system, making it suitable for various aquatic environments such as rivers, lakes, and seas.

Waterborne Remote-Controlled Rescue Wing Nighttime Rescue Test Environment

The test was conducted on September 10, 2025, from 8:00 PM to 10:00 PM at an artificial lake in the suburban area of a city. The weather was cloudy, with a wind force of approximately Level 3 on the lake surface and low visibility, simulating a real nighttime drowning scenario. The water depth ranged from 3 to 5 meters, with no strong currents, but extremely limited light, making it difficult to visually locate a victim.

Waterborne Remote-Controlled Rescue Wing Nighttime Rescue Test Procedure

A test subject simulated a drowning victim approximately 50 meters from the shore, issuing a distress signal. An operator onshore activated the "Waterborne Remote-Controlled Rescue Wing" and remotely guided it toward the target area. The device’s front-mounted LED spotlight clearly illuminated the victim in the dark. The flight path remained stable, with responsive controls, reaching the victim in just 68 seconds.

After the victim grasped the U-shaped structure of the wing, the operator remotely piloted the device back to shore, maintaining stable communication throughout. The buoyancy was sufficient to support both a 75kg test dummy and a real person simultaneously, with no sinking or tilting observed.

Waterborne Remote-Controlled Rescue Wing Nighttime Rescue Test Results

1. Response Time: Average response time under 70 seconds, significantly faster than traditional manual rescue.
2. Lighting Performance: Dual front LED lights cover up to 15 meters, greatly enhancing nighttime visibility.
3. Control Stability: Precise maneuverability even in low visibility, with excellent resistance to wind and waves.
4. Safety: The ergonomic U-shaped design allows for easy gripping, achieving a 100% rescue success rate.

Waterborne Remote-Controlled Rescue Wing Nighttime Rescue Test Conclusion

This nighttime rescue test fully demonstrated the efficiency and reliability of the "Waterborne Remote-Controlled Rescue Wing" in real dark environments. Its intelligent remote control, powerful lighting, and high stability make it an ideal tool for nighttime water rescues. It is recommended for widespread deployment in high-risk areas such as beaches, reservoirs, and rivers to enhance emergency response capabilities.