Ultrasonic Bird Repeller To Control Birds At Airport
Bird Control at the airport is very delicate issue
. Airport authority faces much problem due to birds at the airport. Airlines incur terrible losses due to the sudden intrusion of birds into airport perimeters. These birds can accidentally bump into the turbines of an airplane, causing malfunctions and halting takeoffs. On other occasions, the birds crash into the planes windshields, stopping the airplane as well. Birds can pose even greater hazards when in large flocks, which can cause airplane crashes. So Bird Control is very important issue at the airport. Bird Control services can be offered individually or Bird control Aviation has the expertise to work with the airport and take a project from the initial Risk. Ultrasonic Bird Repeller is the best option to keep birds away from you.
Ultrasonic Bird Repeller system that gets rid of birds infestation with a silent to human audio attack. This automated sound system uses four internal speakers to emit high frequency sound waves and audio signals. Ultrasonic Bird Repeller has ultrasonic sound waves to efficiently and effectively scare, annoy, and Bird Control and other wildlife. Ultrasonic means that it is virtually silent to humans. Effectively get rid of birds while maintaining a comfortable environment for your all. Ultrasonic Bird Repeller sounds are designed to confuse, disorient and intimidate pest birds to quickly scare them away from the effective area up to 6,500 square feet. The intense Ultrasonic Bird Repeller sound is measured at 112 dB, nearly equivalent to a jet airliner taking off. Ultrasonic Bird Repeller transmits sounds that birds perceive danger when they hear these sounds. They become agitated and disoriented: they think their flock mates are in trouble so they flee the area never to return. Target birds with a species-specific approach - not scattershot. Ultrasonic Bird Repeller uses a combination of harassments to create a menacing environment that scares birds away without causing them harm.