80W Drone Jammer Module 840-1000MHz: Ultimate Counter-Drone Power

When you need to knock rogue drones out of the sky, the 80W drone jammer module 840-1000MHz gives you a compact, no-nonsense RF blanket. We built this unit around a gallium nitride (GaN) final stage and a built-in high-speed analog sweep source, so you don’t need to bolt on an external signal generator or a fragile linear supply. One module, one connection to your antenna, and you’re sweeping the entire band.

Key Features of the 80W Drone Jammer Module 840-1000MHz

The 80W drone jammer module 840-1000MHz punches out a full 80 watts across 840–1000 MHz, covering the most common drone control, telemetry, and FPV video frequencies. It runs off a standard 24–29 V DC rail (battery or vehicle power) and draws under 10 A at full throttle, which keeps your thermal management simple. TTL switching is straightforward: float the control pin or feed it +5 V to activate, pull it to ground to shut down. No complicated serial commands, no software headaches. Just clean, broadband jamming power when you need it.

GaN Technology Advantages

Why GaN? In a word, density. This 80W drone jammer module 840-1000MHz squeezes gallium nitride on silicon carbide into a footprint of just 168.5 × 84.5 × 23 mm while maintaining 40%+ efficiency. That means less heat, smaller heatsinks, and more usable RF per watt compared to older LDMOS blocks. GaN also handles reflected power gracefully, which pairs perfectly with the onboard absorptive VSWR safeguard. Read a deep dive on GaN’s benefits in counter-UAS hardware .

Integrated High-Speed Analog Sweep Source

Most high-power jamming setups force you to feed in a modulated waveform from an external generator. The 80W drone jammer module 840-1000MHz flips that script. Its internal analog sweep engine whips through the 840–1000 MHz band at a rapid, configurable rate, producing a moving wall of interference. Frequency-hopping drones and agile video links don’t get a chance to breathe. You get truly autonomous sweep jamming without extra boxes, cables, or sync issues. Engineers appreciate how this design shrinks their bill of materials while making field repairs quick and painless.

Built-In Protection & Mechanical Design

Weighing only 0.55 kg, the 80W drone jammer module 840-1000MHz is easy to embed in tactical poles, domes, or man-portable backpacks. The absorptive VSWR protection stage isn’t a tacked-on afterthought—it actively dissipates reflected energy before it can stress the GaN transistor. Front-panel LEDs give you at-a-glance status: green for power, red for high VSWR. Operating temperature spans -20°C to +60°C, so the module stays reliable whether you’re working desert heat or cold mountain ops. SMA female output and filtered DC input keep integration clean and repeatable.

Real-World Applications

Security teams plug the 80W drone jammer module 840-1000MHz into fixed-site counter-UAS towers, rapid-deployment drone gun systems, and convoy protection suites. Because a single module blankets 840–1000 MHz, it can neutralize multiple consumer and commercial drone models simultaneously without channel hopping. When mission uptime matters, the all-in-one architecture strips out common failure points—no external modulator, no messy coaxial patch cords, just a straightforward RF block that delivers 80 W of pure disruption.

If your next project demands a rugged, high-efficiency jamming core that won’t bog down your SWaP budget, the 80W drone jammer module 840-1000MHz offers a field-proven foundation.