60W Drone Jammer Module 1000-1300MHz – Ultimate Jamming
60W drone jammer module 1000-1300MHz: 60W GaN analog jammer, 1000-1300MHz sweep, DC12-14V, 13A, 0.22kg, built-in sweep source. Compact counter-UAS solution.
Technical Specifications
| Parameter | Specification | Notes |
| Frequency range | 1000~1300 MHz | Covers key drone command, telemetry and FPV bands |
| Output power | 60 W typical | 60 W minimum across full band |
| Supply voltage | DC 12~14 V | Compatible with standard battery and vehicle supplies |
| Current draw | ≤13 A | At maximum output power |
| Modulation source | Built-in high-speed analog sweep generator | No external generator required |
| Analog scan speed | Configurable, up to 100 MHz/µs | Optimized for frequency-hopping threats |
| Input / output impedance | 50 Ω nominal | SMA female output connector |
| Protection LEDs | VSWR alarm (red), Power indicator (green) | Absorptive protection active |
| Operating temperature | -20°C to +60°C | Suitable for outdoor deployments |
| Dimensions (L×W×H) | 138 × 50.5 × 17 mm | Ultra-compact GaN-on-SiC layout |
| Weight | 0.22 kg | Ideal for handheld and airborne integration |
| Base material | GaN-on-SiC HEMT | High power density, high efficiency substrate |
Product Details
When you need to shut down drones operating in the 1.0–1.3 GHz band, the 60W drone jammer module 1000-1300MHz is your compact, high-efficiency answer. We’ve packed a full GaN power stage and an internal high-speed analog sweep generator into a tiny 138×50.5×17mm footprint. No external signal source, no bulky linear supplies—just connect a 12–14V DC rail, attach an antenna, and you’re sweeping the entire 1000–1300 MHz range with 60 watts of continuous RF.

Key Features of the 60W Drone Jammer Module 1000-1300MHz
This 60W drone jammer module 1000-1300MHz delivers a full 60 W across the whole 1000–1300 MHz spectrum, effectively blanketing common drone control, telemetry, and FPV video links. It runs on a low-voltage 12–14 V DC supply (ideal for battery packs or vehicle power) and draws a maximum of 13 A. Switching control couldn’t be simpler: float the TTL line or feed it +5 V to transmit, ground it to shut down. SMA female output and a clean filtering stage make integration fast and repeatable.
Why GaN Makes the Difference
Gallium nitride on silicon carbide allows the 60W drone jammer module 1000-1300MHz to deliver 60 W from a board barely thicker than a smartphone. With efficiency above 40%, waste heat stays low, so you can embed this module in tight enclosures without elaborate cooling. GaN also shrugs off brief antenna mismatches much better than older LDMOS parts, giving you an extra margin of safety before the onboard VSWR protection even kicks in.
Learn why GaN technology is transforming electronic warfare systems
Integrated Sweep Source for Autonomous Jamming
Most high-power jamming setups demand an external waveform generator, which adds cost, cabling, and failure points. The 60W drone jammer module 1000-1300MHz eliminates all of that. Its built‑in analog sweep engine races across 1000–1300 MHz at configurable speeds, creating a moving interference barrier that frequency‑hopping drones and agile video links cannot escape. The module operates completely standalone—just apply power and the internal source handles the rest.
Ultra-Light Build with Built-In Protection
Weighing just 0.22 kg, the 60W drone jammer module 1000-1300MHz is tailored for man‑portable drone guns, small UAV payloads, and rapid‑deployment tripods. An absorptive VSWR protection circuit actively dissipates reflected energy before it can stress the GaN transistor. Front‑panel LEDs provide instant status: green for DC power, red for high VSWR alert. The module maintains full performance from ‑20°C to +60°C, so it remains dependable in harsh field conditions.
Deployment Scenarios
Security teams integrate this 60W drone jammer module 1000-1300MHz into fixed‑site counter‑UAS towers, vehicle‑mounted convoy protectors, and handheld jamming systems. Because a single module sweeps the entire 1000–1300 MHz range, it neutralizes multiple drone types at once. When your mission demands a drop‑in RF block that saves weight, space, and integration time, this GaN module delivers exactly what you need—60 watts of pure disruption without external dependencies.




