The Full-Band Interference Device is mainly composed of interference antennas, power amplifier modules, signal processing modules, and a servo turntable. It is used to implement suppression jamming on UAV signals within the same frequency band.This device is a software-defined jammer that supports custom configuration of jamming frequency points and bandwidth according to mainstream UAV frequency bands. It supports independent or combined output from multiple jamming channels. The Full-Band Interference Device operates by emitting electromagnetic waves to interfere with UAV satellite navigation signals or to block the communication link between the UAV and its remote controller, forcing the UAV to perform a forced
landing or return-to-home.

Product Features
Full-Band Jamming with Adjustable Output
Provides full-band jamming capability from 300MHz to 6GHz, covering the communication
and navigation frequency bands of the vast majority of UAVs on the market. - The jammer supports software-based custom configuration of key jamming parameters such
as jamming frequency point, bandwidth, power, sweep cycle, signal source pattern, and jamming
duration. Strong Countermeasure Capability
The digital jamming source supports multiple modulation formats, effectively countering
various consumer-grade UAVs and unconventional UAVs.For critical frequency bands, dual-polarized antenna design is adopted to ensure excellent countermeasure performance against
new UAVs with strong anti-jamming capabilities. Integrated Design
The complete unit consists of modules such as the jammer, intelligent variable-speed pan-tilt, and mounting bracket – featuring a compact structure and high integration level.The power
amplifier adopts an air duct cooling design to improve operational reliability. Integrated Design
Can be installed on fixed poles for long-term area protection. Can also be quickly set up with
a tripod or deployed on vehicles, suitable for temporary low-altitude protection tasks such as
important conferences and large security events.