Question: With so many bird-scaring devices available—gas cannons, acoustic deterrents, blue-light systems, shock-wave emitters, and electromagnetic cannons—how am I supposed to choose?

Answer: No single bird-control device can address all bird-related issues. Our technical team will, based on your airport’s… Bird species composition, bird activity density, runway layout, climatic conditions, budget Based on these and other factors, we will recommend the most suitable combination of one or more devices for your needs. For example: for routine bird control, you can choose gas cannons or sonic deterrents; for large flocks, impulse wave cannons are ideal; for nighttime operations, blue-light devices are recommended; and for high-density, mobile bird-control applications, electromagnetic pulse cannons are a viable option. Please feel free to call us for a consultation—we will provide a no-cost preliminary equipment-selection recommendation.

Question: Can your equipment be tried out?

Answer: We support the implementation at select airports. On-site testing or pilot deployment to verify the device’s actual effectiveness in addressing local bird-related issues. For specific details, please contact the Sales Manager to discuss the trial conditions.

Question: After prolonged use, will birds develop an adaptive response to bird-repelling devices?

Answer: Yes. This is a common challenge faced by all bird-scaring methods. Our response strategies include:

• Multi-technology integration: Deploy devices employing different principles—such as sound, light, and shock waves—at the same venue, using them in alternating sequences or in combination.

• Intelligent Random Strategy: Use the control platform to set random playback intervals, audio source switching, and transmission frequencies, thereby avoiding predictable stimuli.

• Exploration and propulsion synergy: When the AI identifies a specific bird species, the system automatically deploys the most effective deterrent method for that species (for example, blue light is more effective than sound for certain large bird species).

There is no single, permanently effective approach; however, dynamic combinations can significantly delay the emergence of adaptation.

Question: Can your equipment operate normally in adverse weather conditions, such as heavy rain, high temperatures, and extreme cold?

Answer: Yes, it is possible. All equipment has been designed for environmental adaptability:

• Protection rating IP65/IP66, dustproof and splash-proof.

• Operating temperature range: standard models –25°C to +60°C; certain models can operate from –30°C to +75°C.

• The electromagnetic pulse bird-repelling cannon features IPX5 waterproofing, allowing it to operate normally even in heavy rain.

• The power supply system supports multi-mode redundancy with solar power, battery storage, and grid power, enabling continuous operation for several days during cloudy or rainy weather.

Question: Could bird-scaring devices cause harm or interference to aircraft, ground crew, or nearby residents?

Answer: We design in strict accordance with civil aviation safety standards:

• During operation, acoustic devices require that no personnel be positioned directly in the path of the sound waves, and hearing protection recommendations must be provided.

• The blue-light equipment is equipped with a shielding-angle function to prevent illumination of sensitive areas such as the runway and the control tower.

• Both the gas cannon and the shockwave cannon are equipped with safety devices such as gas-leak detection and muzzle-video interlocks.

• All equipment supports remote operation, enabling personnel to perform tasks without needing to be in close proximity to the equipment.

For surrounding residential areas, we can adjust the operating hours of the equipment based on actual conditions—for example, reducing the frequency or shutting it down at night—to minimize noise impact.

Question: What basic requirements are needed for equipment installation? Is mains power required?

Answer: We provide Solar power + battery storage + grid power Three power supply options are available, allowing selection based on site conditions. The solar-powered version requires no external power source and can achieve complete self-sufficiency in areas with ample sunlight. Installation requirements: Fixed units must be mounted on a concrete foundation or secured to the ground using expansion bolts; mobile units can be installed on vehicles such as pickup trucks. We will provide detailed installation drawings or dispatch engineers to offer on-site guidance.

Question: After the equipment is deployed, does it require dedicated personnel to operate it around the clock?

Answer: No, it’s not necessary. All devices are supported. Scheduled tasks, automatic looping The system offers a range of functions, including the ability to schedule daily operating periods, set work intervals, and configure playback tracks, enabling unattended operation. If you opt for the bird-detection-and-repulsion integration system (AI photoelectric sensors combined with bird-repelling devices), the system can automatically detect bird activity and drive birds away without any manual intervention. Of course, you can also manually intervene at any time via the mobile app or remote control.

Question: Can your equipment be integrated with my airport’s existing obstacle clearance management system?

Answer: Yes, it is possible. Our equipment supports 4G/5G, RS485, LoRa It supports a variety of communication protocols and provides standard interfaces, enabling seamless integration with mainstream radar, electro-optical, and bird-strike monitoring systems. We have already implemented integrated probe-and-drive coordination for multiple airports. For any custom interface requirements, we can also provide tailored development services.