I. The core of airport bird hazard management is not merely “repelling” birds.

Airport areas have extremely stringent safety requirements. When birds forage on runways, taxiways, airport perimeters, turfgrass, water bodies, and adjacent feeding zones, they can pose risks to aircraft takeoffs and landings, ground operations, and overall airport safety management.

Traditional bird‑deterrence methods typically include manual patrols, acoustic deterrents, vehicle‑based dispersal, bird‑scaring projectiles, public‑address systems, and the use of birds of prey. While these approaches can be effective in certain situations, they also have significant limitations:

• The scope of personnel patrols is limited, making it difficult to cover large areas.
• Acoustic deterrents can easily lead to habituation in birds.
• There is a significant difference in treatment efficacy between daytime and nighttime.
• The efficiency of identifying, confirming, and driving away long-range targets is limited.
• It is difficult to establish a continuous, stable, and traceable prevention-and-control chain.

Accordingly, airport bird‑strike prevention is gradually shifting from “manual, experience‑based deterrence” to “equipment‑based, systematic, and intelligent bird‑deterrent solutions.”

II. Why Laser Bird Deterrence Is Suitable for Airport Environments

The core value of laser bird‑deterrent systems lies in leveraging birds’ sensitive response to specific light beams to create visual intimidation and disrupt flight paths, thereby prompting birds to actively avoid the target area.

For airports, the advantages of laser bird‑deterrent systems are primarily reflected in the following aspects.

1. Enhanced long-range expulsion capability

The airport area is vast, and bird‑activity locations are widely dispersed. Relying solely on manual approaches to drive birds away is inefficient and can easily result in missed opportunities for timely intervention.

Green laser bird‑deterrent systems can deliver targeted interventions over extended distances, enabling operators to drive birds away within a defined area without approaching the flocks. This capability is particularly valuable in zones such as runway perimeters, turf areas, outer fence lines, and waterfront edges.

2. Relatively less environmental disturbance

Acoustic bird‑deterrent methods can easily impact the airport’s surrounding environment and may also interfere with personnel, vehicles, communications, and other operational activities. Laser‑based bird deterrence relies primarily on visual stimuli to drive birds away, without generating high‑intensity noise, making it well suited for critical areas with stringent environmental management requirements.

3. Offers greater advantages in nighttime and low-light conditions.

Bird strikes at airports do not occur exclusively during daylight hours. In the early morning, at dusk, at night, and under low‑light conditions, traditional visual observation capabilities decline, making human judgment more challenging.

When laser bird‑deterrent systems are integrated with thermal imaging, low‑light observation, and image‑fusion capabilities, they can significantly enhance the efficiency of nighttime detection, identification, and response. Sosk’s portable multi‑band fusion bird‑deterrent solution achieves this by consolidating infrared thermal imaging, low‑light observation, image fusion, laser rangefinding, and green‑laser intervention into a single platform, making it well suited for field operations under challenging lighting conditions.

4. Can be integrated with automated systems

Mounted or remotely controlled laser bird‑deterrent systems can be configured with functions such as cruise scanning, tracking scanning, and remote control. Compared with conventional handheld devices operated manually, these systems are better suited for long‑term surveillance of critical areas at airports.

According to the SSK official website, the SSK/NW-GL series of remote‑controlled laser bird‑deterrent devices supports both cruise‑scan and tracking‑scan modes. They can perform scans between user‑defined horizontal start and end positions and allow for automatic or manual laser activation, as well as remote adjustment of relevant parameters.

III. Why Airports Need a Comprehensive “Detection–Identification–De‑icing” Chain More Than Ever

Laser bird‑deterrent systems address the issue of “repelling” birds, but in real‑world airport operations, repelling alone is not sufficient.

A complete airport bird‑strike prevention and control system should include:

1. Discover : Promptly identify areas where birds are active;
2. Identification : Determine the target type, scope of activity, and risk level;
3. Positioning : Confirm the target’s distance, bearing, and activity trend;
4. Deportation : Intervene via green laser, cruise scanning, or manual control;
5. Record : Generate images, videos, or process records;
6. Review : Used for subsequent bird‑related analysis and regional management.

This is why airports are increasingly adopting a combined approach—“surveillance equipment + laser bird‑deterrent systems + platform integration”—rather than relying on a single, standalone bird‑deterrence solution.

IV. What types of airport operations are suitable for handheld green laser bird‑deterrent devices?

Handheld green-laser bird‑deterrent devices are better suited for mobile patrols, ad hoc interventions, and rapid response at critical locations.

Typical applications include:

• Manual patrols around the airport runway;
• Bird deterrence near lawns, ditches, and perimeter fences;
• Temporary handling during peak hours in the morning and evening;
• Supplement to blind spots in the fixation system;
• Small airports, general aviation airports, and perimeter-based auxiliary prevention and control measures.

Handheld devices offer the advantages of flexible deployment, intuitive operation, and rapid response, making them well-suited for use by airport bird‑control personnel, inspection staff, and security officers.

IV. What types of airport operations are suitable for the mounted laser bird‑deterrent system?

Mounted or remotely controlled laser bird‑deterrent systems are better suited for fixed areas, critical zones, and long‑term surveillance missions.

Typical applications include:

• Key areas on both sides of the runway;
• Perimeter of the helipad;
• Airport perimeter;
• Water bodies, grasslands, waste disposal sites, and other areas where birds are frequently active;
• Sensitive airspace surrounding the airport.

The advantage of such systems is their ability to perform scans along pre‑set paths, reducing repetitive manual operations and enhancing both continuity and coverage. For airport areas where avian activity patterns are well understood, stationary systems are better suited as a long‑term deterrent. The Sosk SSK/NW‑GL series of remotely controlled laser bird‑deterrent devices supports cruise scanning, track‑following scanning, automatic or manual laser activation, and remote adjustment of laser power and beam angle, making them particularly appropriate for fixed‑location deployment and high‑priority zones.

V. What to Consider When Selecting Laser Bird-Repellent Equipment

When airports procure laser bird‑deterrent systems, it is not advisable to consider only a single parameter. Instead, they should prioritize real‑world operational needs and pay close attention to the following factors:

1. Does the bird-scaring distance match the on-site conditions?

The area of each airport zone varies, and the effective intervention range of the equipment must be assessed comprehensively, taking into account the runway length, turf coverage, perimeter fence distance, and locations of bird activity.

2. Does it support night vision?

If an airport requires nighttime security, it cannot rely solely on laser‑based systems; it must also assess whether the system offers thermal imaging, low‑light observation, and image‑fusion capabilities.

3. Does it support both manual and automatic modes?

The airport environment is complex, requiring both rapid manual intervention and automated patrols from fixed stations. Therefore, the equipment must support multiple operating modes, including manual control, remote control, and automatic scanning.

4. Is it easy to document and conduct post-mortems?

Bird‑hazard prevention is not a one‑off effort; it requires the long-term collection of bird‑activity data. If the equipment supports photo and video capture, platform integration, and incident‑management logging, it will greatly facilitate the airport’s ongoing operations.

5. Does it comply with on-site management requirements?

When laser equipment is deployed at airports, strict attention must be paid to its operational boundaries to prevent adverse impacts on personnel, vehicles, aircraft, the control tower, and other sensitive areas. Prior to deployment, the equipment’s operating angles, scanning zones, prohibited directions, and access permissions should be clearly defined in accordance with airport management regulations.

VI. Directions for Soske Laser Bird-Repellent Equipment

Beijing Sosike Technology Development Co., Ltd. has developed a range of solutions tailored to scenarios such as airports, power facilities, and key areas, including handheld green‑laser bird‑deterrent devices, portable multi‑band integrated bird‑deterrence systems, remote‑controlled laser‑based bird‑deterrence turntables, and bird‑monitoring, detection, and removal systems.

The relevant solution does not rely on a single “laser device”; rather, it emphasizes integrating observation, identification, ranging, deterrence, recording, and interlinkage to establish comprehensive bird‑deterrence capabilities suited to complex environments.

In airport applications, such devices can serve as a complement to manual patrols or as part of a long-term, fixed‑area surveillance system, helping operations personnel enhance both the efficiency of bird‑strike detection and response.

Summary

Airport bird‑hazard management is evolving from traditional manual scaring methods toward more systematic, intelligent, and sustainable technological solutions. The value of laser‑based bird‑deterrent systems extends beyond simply driving birds away; in scenarios involving long distances, minimal disturbance, complex lighting conditions, and critical‑area surveillance, they provide airports with a more professional approach to managing avian hazards.

Corresponding Device Orientation (Important)

For different application scenarios, common corresponding device orientations include:

• Anti-Bird Radar Green Light Control System: SSK/NW-BR3000

                       https://www.settall.com/products_details/SSK-BirdRepe-EPlus.html

• Remote-Controlled Laser Bird-Repellent Rotating Platform: SSK/NW-GL

                        https://www.settall.com/products_details/SSKNW-GL.html