In 2012, the United States enacted the groundbreaking "FAA Modernization and Reform Act of 2012", establishing the world's first regulatory framework for unmanned aerial vehicles (UAVs), commonly known as drones. This landmark legislation inspired numerous other countries to follow suit, creating their own laws to govern UAV operations. Despite these efforts, a significant number of drone pilots continue to disregard regulations, leading to a slew of drone-related incidents. For example, on December 19, 2018, London's Gatwick Airport was forced to shut down for an astonishing 32 hours due to a surge in suspicious drone activity nearby. Similarly, on December 13, 2017, a drone collided with a commercial aircraft bound for Mexico City International Airport, resulting in damage to the plane. Such incidents consistently make headlines with alarming frequency. To address this reckless drone piloting behavior, law enforcement agencies have explored various strategies. In an unconventional approach, the Dutch police even experimented with training falcons to intercept drones, although they ultimately abandoned the method due to its limited effectiveness and high training costs.
When people grew tired of this cat-and-mouse game, drone jammers were finally invented and have become an effective tool to combat irresponsible drone piloting behaviors. The drone jammers indeed offer a more effective solution. Probably drawing inspiration from the design of phone jammers. By emitting a barrage of shielding RF signals into the air, drone jammers effectively cut off communication between the drone and its control console. Once this link is lost, the drone becomes completely non-functional. But you don’t have to worry about potential crashes. Once the drone loses connection with the control console, it will automatically land. Notably, some of the newer drone models released in recent years, like the DJI Mini 2 SE, come with a Back To Home feature. In case of a lost connection, these drones will autonomously fly back to the control console.
NO complex setup anymore! Our drone jamming devices, like K401, are incredibly user-friendly. With a simple flick of a switch, you can activate the jamming signal. Any drone that enters the device's effective coverage will experience signal interference, rendering it inoperable. Most of our drone jammers are designed for portability, making them highly convenient to carry around. However, we recommend checking the product dimensions specified in the description before making a purchase to ensure it meets your needs for size and portability.
Traditional signal jammers have a coverage range of 10 to 40 meters, which is insufficient for blocking drones. Our drone jammers, like the K405, boast a coverage extension of up to 500 meters. This capability allows you to establish No-Fly zones encompassing up to 0.303 square miles with just a single device. Our drone jammers are equipped with swept jamming and frequency hopping technology, which are the most sophisticated and reliable jamming techniques available today. This powerful approach can generate exceptionally stable interference signals throughout the entire jamming process.
H&G Technology has been involved in the jammer industry for over 16 years and has witnessed firsthand the rise of drone signal jammers. We produce high-quality drone jammers to global customers, and our products have been used in different industries including military, security operations, airport management, and even scientific research. We are confident in the quality of what we have produced. That’s why we offer a 1-Year Warranty for all products we sell on this website. If your drone jammer breaks within 1 year of purchase, we will repair it or replace it with a new one if we can’t fix it. You can find more information about our warranty policy on this page.
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Our drone jammers can effectively block drones or UAVs of any brand. Regardless of how advanced the technology behind the drones is, their fundamental operating principles remain the same. Their operations rely on remote control signals at 2.4GHz or 5.8GHz frequencies, and losing such signal connection will immediately halt their flight.
Once you activate the jammer, all devices operating within its coverage at 2.4GHz and 5.8GHz frequencies will experience interference. For example, devices requiring Bluetooth connectivity, such as wireless headphones, will stop working. It's worth noting that some of our jammers can block multiple signals, but you can deactivate the channels you don’t needed with the DIP switches.
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