Return
Why do airports implement bird‑hazard prevention and control? What problems can intelligent bird‑deterrent systems address?
Jul 01,2026
I. Why does the airport place such great emphasis on avian hazard management?
Airport perimeters typically include grasslands, drainage ditches, water bodies, perimeter fences, and open areas, which can sometimes attract bird activity. When flocks of birds approach runways, taxiways, or aircraft operating areas, they increase the pressure on airport safety management.
The goal of avian hazard prevention is not simply to “drive away all birds,” but rather to reduce the concentration of bird flocks in critical areas through monitoring, patrols, guided dispersal, and systematic record-keeping, thereby providing supportive measures to ensure safe airport operations.
The SSK/NW-BR3000 is an intelligent system designed to meet such needs. It integrates a 532 nm green laser, infrared thermal imaging, and laser rangefinding, and is used for bird‑strike surveillance and deterrence at airports.
II. Why is manual inspection still insufficient?
Manual inspections remain important, but relying solely on human effort has certain limitations.
Airport areas are vast, making it impossible for patrol personnel to monitor every zone simultaneously; bird activity is often sudden, with flocks capable of gathering or relocating within a short time; and during nighttime, early morning, in misty conditions, or against complex grassland backgrounds, visual observation can be easily compromised.
The purpose of intelligent bird‑deterrent devices is not to replace human labor, but to augment manual patrols with a technological support system: enabling faster detection, clearer documentation, remote operation over greater distances, and more convenient post‑event analysis.
III. Intelligent bird‑deterrent devices primarily address four key issues.
A practical airport bird‑control system must address at least four key issues: visibility, identification, deterrence, and documentation.
The SSK/NW-BR3000 integrates infrared thermal imaging and a green laser; the thermal imager assists in monitoring bird activity, while the green laser guides flocks away from critical areas. Laser rangefinding ensures accurate distance measurement, and photo and video capture along with data export enable post‑mission recording.
This has upgraded the bird‑control process from a purely human‑driven approach—“observing, driving away, and recording”—to one that incorporates “equipment‑based monitoring, green‑light deterrence, data logging, and post‑event verification.”
IV. Why is green-light bird‑deterrent technology well suited to open environments such as airports?
The areas surrounding airport runways, lawns, water bodies, and perimeter fences are often relatively open. Green‑light bird‑deterrent systems can be operated from a safe distance, reducing the need for personnel to repeatedly approach flocks of birds.
The SSK/NW-BR3000 has an output wavelength of 532 nm ± 5 nm, with output power adjustable across multiple levels. Its green-light module and infrared thermal-imaging module can be used either separately or in combination.
V. Why are photography, videography, and wireless transmission also important?
Many people assume that bird‑deterrent devices only need to “drive birds away,” but that’s not enough. Airport bird‑management requires long-term data collection and post‑event analysis: Which areas do flocks frequent? During what time periods are they most common? How effective were interventions before and after implementation? And which zones warrant enhanced patrols?
The SSK/NW-BR3000 supports photo capture, video recording, local playback, Type‑C data export, Micro HDMI video output, and Wi‑Fi/hotspot wireless transmission, enabling viewing and streaming on mobile devices such as smartphones, tablets, and laptops.
These capabilities enable staff to preserve on-site footage, thereby creating a more comprehensive record of avian‑related incidents.
VI. Where else can intelligent bird‑deterrent devices be used?
In addition to airports, green‑light bird‑deterrent systems can also be deployed in agriculture, water‑conservation projects, public facilities, food‑processing enterprises, and other settings. Such systems help mitigate the adverse impacts of birds on agricultural production, water‑management infrastructure, public environments, and food‑production sites.
For example, orchards and farmlands can be managed to facilitate bird congregation; areas surrounding reservoirs, lakes, and rivers can be used to mitigate the impact of large bird flocks; food‑processing facilities can implement hygiene management within their premises; and public infrastructure can be leveraged for avian‑related management in buildings, parks, and other designated areas.
Summary
Airport bird‑strike prevention is a long‑term, meticulous endeavor that requires continuous documentation. The SSK/NW‑BR3000 integrates bird‑situation detection, response, and record‑keeping through thermal imaging, 532‑nm green‑light deterrence, laser rangefinding, photo and video capture, and wireless transmission. Its strength lies not in “completely eliminating bird hazards,” but in enabling airport patrol personnel to carry out bird‑control operations more efficiently and in a standardized manner.
Corresponding Device Orientation (Important)
For different application scenarios, common corresponding device orientations include:
Product link: https://www.settall.com/products_details/SSK-BirdRepe-EPlus.html
Product Name: Anti-Bird Radar Green Light Control System
Product Model: SSK/NW-BR3000

Contact Us
Tel:13001168699/13021219308
EMAIL:Guojin@settall.com
8th Floor, Building 14, Zone 7, Headquarters Base, West Outer Ring Road, Fengtai District, Beijing