80W Anti-Drone Jamming Module 1400-1600MHz: Proven RF Power

The 80W anti-drone jamming module fills a critical gap in counter-UAS RF disruption. It covers 1400–1600MHz with a clean 80W output, built-in high-speed sweep source, and absorption-based VSWR protection. Engineers who have struggled with thermal shutdowns or reflected power damage will appreciate the GaN design and compact 168.5×84.5×23mm footprint. The aluminum base and SMA female output make integration straightforward in tight enclosures.

GaN Design and Thermal Behavior

Engineers who test an 80W anti-drone jamming module in a hot enclosure quickly learn that thermal design matters more than raw wattage. This unit uses a gallium nitride final stage, which explains the ≥40% efficiency at 80W. Unlike older LDMOS boards, it stays cooler under continuous sweep. The aluminum base material spreads heat quickly, and the operating range of -20°C to +65°C means it can sit in an outdoor enclosure without extra fans in most climates. An overtemperature LED gives you a quick visual warning before any derating kicks in.

RF Output and Sweep Source

For this 80W anti-drone jamming module, the output stage and sweep source are co-located on one board. The internal high-speed analog sweep source is not a simple VCO—it generates a fast sweep across 1400–1600MHz, which helps defeat frequency-hopping drones. Output VSWR is rated ≤2.0, and an absorption-type VSWR protection device dissipates reflected energy safely instead of sending it back into the PA. The SMA female connector makes bench testing and field replacement straightforward. If you need a lower-power backup, check our internal 50W anti-drone module page.

Power and Control Interface

The 80W anti-drone jamming module accepts a wide DC input range of 24V to 29V, with a maximum current draw of 10.0A. At full output, typical current is around 8A to 9A depending on supply voltage and antenna match. The control logic is simple: +5V or floating enables the RF output; grounding the control line disables it. This works well with common drone detection triggers or manual switch panels. Three LEDs show power, overvoltage, and overtemperature status. No external modulation source is required.

Installation and Thermal Notes

Mounting the 80W anti-drone jamming module takes only four screws and a short SMA jumper. At 0.55kg, it is light enough for vehicle-mounted or mast-mounted jammers. Keep the RF path as short as possible and use a low-loss cable to a directional antenna. The 50Ω input/output impedance means your antenna, cable, and any external filter should be matched. If you install the module in a sealed box, add a small fan or use the enclosure as a heatsink. Before deploying in the United States, review the FCC’s jammer enforcement page—jamming devices are restricted under federal law. This module is intended for authorized government, military, or law enforcement use only.

Field Performance Summary

In field trials, the 80W anti-drone jamming module consistently hit 80W output within two seconds and held stable power through a 30-minute continuous sweep. A deliberate open-load test triggered the VSWR protection, and the module recovered without damage after the load was restored. The overtemperature LED did not illuminate at 25°C ambient with modest airflow. Overall, this 80W anti-drone jamming module is a solid choice for mobile counter-UAS trailers, fixed site protection, and rapid deployment kits.