Buy The manufacturer of anti-drone jamming guns Manufacturer, Pricelist

Core components: The equipment contains signal generators for different drone frequency bands (such as 2.4G, 5.8G, GPS frequency band), as well as power amplifiers to amplify these signals. Patent information indicates that a mature jamming system covers mainstream drone communication frequency bands such as 840-845MHz, 922-928MHz, 2405-2483MHz, etc., and outputs power ranging from 8W to 20W in different frequency bands.

Precise assembly process: Main electronic components, such as circuit boards (PCBA), power management modules and batteries, are precisely integrated into the gun-shaped casing. The assembly of key components like antennas also involves specialized installation fixtures to assist workers in performing operations such as screw locking, ensuring assembly accuracy and efficiency.

Wire system assembly: The antenna is the "muzzle" of the interference gun, directly determining the effective range. To enhance efficiency, high-quality interference guns adopt high-gain horn antennas or Yagi antenna arrays. Taking the patent CN210092355U as an example, one design is to hide multiple antennas within a retractable gun barrel, protected by a shock-absorbing mechanism and heat sinks. When needed, it is extended to ensure both performance and reliability. During the production process, attention should be paid to issues such as employees reversing the wire interface connections.

Assembly of structural and functional components: The entire machine integrates a large number of components, including frequency band selection switch, trigger, sight rail, large-capacity battery compartment, and even an adjustable shoulder pad to enhance the stability of single-shot firing. Many manufacturers use the one-piece mold ABS injection molding process to manufacture the casing, which takes into account both aesthetics, lightness, and protection.

Function and reliability tests: These include battery life tests (such as continuous operation for 2 hours), heat dissipation performance tests (with a built-in dual-fan cooling system), as well as drop tests and temperature/humidity tests in various simulated environments. The models with scopes also need to undergo aiming baseline calibration. Our company has its own microwave signal testing room and aging room, which can complete the complete testing of anti-drone interference equipment.