-
E-mail
1373740358@qq.com
-
Phone
15610293837
-
Address
2nd Floor, First Accelerator, Optoelectronic Industry Park, No. 155 Hatching Second Lane, High tech Zone, Weifang City, Shandong Province
Shandong Wanxiang Environmental Technology Co., Ltd
Transportation visibility monitoring system: deep collaboration of drones, breaking through the limitations of traditional monitoring space
Date: 2025-12-26Read: 2
Traffic visibility monitoring system:Deep collaboration of drones, breaking through the limitations of traditional monitoring spaceModel recommendation:WX-WJN4One stop service manufacturer chooses Wanxiang Environment
The core advantage of the Shandong Wanxiang Environmental Transportation Visibility Monitoring System lies in its ability to break through the constraints of ground monitoring with high-altitude and global precision perception, as well as the adaptability of all models of drones. It solves the industry pain points of traditional visibility monitoring, such as narrow coverage, missing high-altitude data, and lagging emergency response, and provides high-precision and fast response visibility data support for high-altitude scenarios such as aviation control, forest fire prevention, emergency rescue, and environmental assessment. As a professional monitoring equipment designed specifically for unmanned aerial vehicle mounting, this product adopts the independently developed "dual path infrared forward scattering technology" and innovatively optimizes the optical structure design. The transmitter and receiver are arranged at a precise angle of 120 °, and it is equipped with a 2 μ m high stability infrared laser light source, which can effectively penetrate complex media such as smoke, haze, sand and dust, achieving precise monitoring within a range of 50-10 kilometers. The meteorological optical range (MOR) measurement error is ≤ ± 8%. Even in severe weather conditions where visibility drops sharply to 100 meters, the data output stability still reaches 99.2%, far exceeding the industry's average error standard of ± 15%. Compared to traditional ground fixed visibility meters, this device relies on the maneuverability advantage of drones and can easily reach any altitude layer of 50-1000 meters for monitoring. The gap in high-altitude visibility monitoring provides key data support for helicopter rescue, drone mapping, low altitude navigation and other scenarios.
In terms of drone collaborative adaptability, this product demonstrates universality and compatibility, fully considering the mounting requirements of different models of drones. It adopts a modular lightweight design, with a total weight of only 380g and a volume compressed to 120mm × 85mm × 60mm, equivalent to the size of an ordinary mobile phone. After being mounted, the impact on the drone's range is controlled within 5%, and it is suitable for mainstream brands such as DJI, Jifei, and Yihang's multi rotor and fixed wing drones. The equipment adopts a standardized quick release mounting interface, paired with a dedicated shock-absorbing buffer bracket, which can be connected and fixed to the drone within 3 minutes. The bracket has a ± 15 ° angle adjustment function to ensure that the detection light path is always horizontal, avoiding the impact of drone flight attitude fluctuations on measurement accuracy. At the same time, the product has a built-in high-speed data transmission module that supports 5.8GHz image transmission and 4G dual-mode communication, achieving synchronous transmission of visibility data and drone flight data with a transmission delay as low as 0.3 seconds. The ground console can obtain real-time "altitude position visibility" three-dimensional linkage data, providing intuitive basis for operators to accurately judge the flight environment.
In terms of anti-interference ability and scene adaptability, this product demonstrates industry standards. In response to complex environments such as high altitude strong light and sudden temperature changes, the optical lens of the equipment is made of sapphire material combined with multi-layer anti reflective film and narrowband filtering technology, which can effectively filter out stray light interference such as strong sunlight and drone propeller reflection. It can still work stably under direct sunlight at noon; Built in high-precision temperature sensor (-40~70 ℃, ± 0.2 ℃ accuracy), equipped with "dynamic temperature compensation algorithm". When the high-altitude temperature fluctuates violently in the range of -20 ℃ to 50 ℃, the optical parameters are corrected in real time to ensure that the measurement error is controlled within ± 3%. This advantage has been fully verified in multiple practical scenarios: in a forest fire emergency rescue in a mountainous area, the device was mounted on a drone and lifted to an altitude of 500 meters, accurately monitoring the visibility distribution of different altitude levels around the fire scene. It was found that the visibility at the altitude of 100-300 meters was only 200 meters (with thick smoke obstruction), while the visibility at the altitude of 500 meters reached 800 meters, providing key data for rescue helicopters to choose a safe route and successfully shortening the rescue response time by 30 minutes; In the assessment of low altitude navigation environment around the airport, unmanned aerial vehicles carrying the equipment were used to complete a comprehensive monitoring of a 10 kilometer radius and 5 altitude levels, generate a high-altitude visibility heatmap, and accurately identify 3 low altitude visibility weak areas, providing a scientific basis for adjusting the low altitude flight control range of the airport. In addition, the equipment has National Metrology Certification (CMC), and the data can be directly used as a decision-making basis. In the 2024 national comparison of unmanned aerial vehicle monitoring equipment, its high-altitude visibility measurement accuracy ranks among the top of similar products.