Drone jammers can be classified according to their working principles and uses. Here are several common types of drone jammers and their characteristics:
Electromagnetic jammers: disrupt the communication, navigation and control systems of drones by sending targeted electromagnetic wave interference signals to them. Electromagnetic jammers are simple to operate and have a wide interference range, but may affect other wireless devices.
Ballistic interceptor: shoot down drones by firing high-speed bullets. It uses radar and optical sensors to track drones, with fast reaction speed and high hit rate, but requires a large range and interception range.
Laser jammer: uses high-power laser beams to illuminate drones and interfere with their electronic systems. Laser jammers are efficient and accurate, but are limited by weather and environmental conditions.
Electromagnetic pulse device: uses instantaneous high-energy electromagnetic pulses to destroy drone electronic equipment. Electromagnetic pulse devices have strong interference capabilities, but may affect surrounding electronic equipment.
Signal jammer: disrupts the navigation and control systems of drones by interfering with the signals of drone receivers or sensors. Signal jammers are easy to operate, but have a small interference range.
Microwave device: Use microwave radiation to attack the electronic system of drones. Microwave devices are efficient and long-range, but have certain impacts on the environment and human health. Adsorption device: Use mechanical arms or mesh to absorb drones for interception. Adsorption devices can force drones to land or stop. Portable drone jammers: Include drone jammers and box-type drone jammers. The former has a portable gun-shaped appearance, which is easy to carry and operate; the latter has a portable box-shaped appearance, built-in batteries, suitable for outdoor operation, and the jamming distance is improved compared to the jammer gun.