60W GaN UAV Jamming Module 3400-3600MHz – Rugged C-Band Jammer
Compact 60W GaN UAV jamming module covers 3400–3600MHz, 60W output, built-in swept source, VSWR protection, 24-29V, 10A, 168×84mm. Ideal for drone defense.
Technical Specifications
| Parameter | Specification | Notes |
| Frequency range | 3400–3600MHz | Fixed C‑band, factory‑tuned |
| Output power | ≥60W CW‑equivalent | Measured at 28V, 50Ω load |
| Supply voltage | DC 24V – 29V | Nominal 28V recommended |
| Current draw | ≤10.0A (@28V) | At full output power |
| Modulation source | Built‑in high‑speed swept source | Accepts external analogue modulation input |
| Analog scan speed | >1GHz/ms (typical) | Sweep rate factory‑optimised |
| Input / output impedance | 50Ω (both) | SMA female output; ext. modulation input pin |
| Protection LEDs | Power, Fault, VSWR alarm | Red/green indicators on edge connector |
| Operating temperature | -20°C to +65°C | Case temperature; derating above 60°C |
| Dimensions (L×W×H) | 168.5×84.5×23mm | Excluding connectors |
| Weight | 0.55kg | Approx. 1.2 lbs |
| Base material | Aluminium with nickel plating | Efficient heat spreading |
Product Details

The 60W GaN UAV jamming module brings efficient, wideband interference to the 3400–3600MHz C‑band, a frequency range increasingly used by advanced drones for command and video links. Leveraging gallium nitride (GaN) technology, this self‑contained module delivers 60W of saturated output power in a chassis that fits into portable guns, vehicle racks, or fixed installations. Its built‑in swept source eliminates the need for external generators, simplifying system design while maintaining high jamming effectiveness against both fixed‑channel and frequency‑hopping targets.
Why This 60W GaN UAV Jamming Module?
Modern drones often operate in the C‑band to avoid congestion in lower frequencies. The 60W GaN UAV jamming module directly addresses this shift, providing strong, clean interference across 3400–3600MHz. With an efficiency of ≥40%, it draws only 10A at 28V – a significant advantage for battery‑powered platforms. The module also includes absorption‑type VSWR protection (≤2.0) that safeguards the amplifier against antenna mismatches, a common headache in field deployments. Whether you are securing a military convoy or protecting a critical infrastructure site, this module offers the performance you can count on.
GaN Core – High Efficiency, Low Heat
Gallium nitride is the backbone of this 60W GaN UAV jamming module. Compared to older LDMOS designs, GaN delivers higher breakdown voltage, better thermal conductivity, and lower losses. The result is a module that runs cooler and requires less heatsinking, even during prolonged jamming missions. The high efficiency also reduces the burden on DC power supplies – a critical factor when operating from vehicle batteries or portable power packs. Users often notice that the module maintains its rated output over a wide temperature range (−20°C to +65°C), thanks to careful thermal design and built‑in temperature compensation.
Frequency Coverage – 3400–3600MHz C‑Band
The 60W GaN UAV jamming module is factory‑tuned for the 3400–3600MHz band, which is allocated for many commercial and military drone applications worldwide. This band offers wider bandwidth and less interference from Wi‑Fi and other consumer devices, making it a popular choice for high‑definition video transmission and robust control links. By focusing jamming energy exactly here, the module ensures that drone operators lose both situational awareness and command authority. The internal swept source continuously hops across the band at speeds exceeding 1GHz/ms, creating a dense interference carpet that overwhelms even agile frequency‑hopping systems.
Built‑in Swept Source – All‑in‑One Convenience
One of the standout features of this 60W GaN UAV jamming module is its integrated high‑speed swept frequency source. This eliminates the need for an external signal generator, reducing both cost and integration complexity. The sweep rate is factory‑optimised for maximum disruption, but the module also accepts external analogue modulation inputs for users who require custom waveforms. With an SMA female output connector, attaching standard antennas or circulators is straightforward. This all‑in‑one design makes the module ideal for rapid prototyping and production systems alike.
Rugged, Compact, and Field‑Ready
Field operations demand equipment that can withstand harsh conditions. The 60W GaN UAV jamming module measures just 168.5×84.5×23mm and weighs only 0.55kg, making it one of the smallest and lightest 60W‑class jammers available. The aluminium baseplate with nickel plating ensures efficient heat spreading, while the wide operating temperature range guarantees reliable performance in deserts, mountains, or arctic environments. Whether mounted on a drone, a handheld rifle, or a tripod, this module fits where bulkier units cannot.
Simple Control and Comprehensive Protections
On/off control is logic‑level: apply +5V or leave the pin floating to enable, ground it to disable – compatible with 3.3V and 5V microcontrollers. The module also features front‑panel LEDs for power, fault, and VSWR alarm indications, giving operators immediate visual feedback. The built‑in absorption‑type VSWR protection automatically reduces output power when the load mismatch exceeds 2.0:1, preventing reflected energy from damaging the amplifier. This protection is essential when antennas are swapped or cables are damaged in the field.
Integration Tips and Typical Use Cases
The 60W GaN UAV jamming module serves a variety of applications:
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Handheld counter‑drone guns for close‑in defense
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Mobile vehicle systems for area denial
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Fixed perimeter security for bases and airports
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Laboratory testing of drone susceptibility to C‑band interference
For best results, pair the module with a low‑VSWR antenna (<2.0) and consider adding a circulator or isolator for extra safety. For more background on GaN technology, see this external resource on GaN power amplifiers.
Performance You Can Rely On
This 60W GaN UAV jamming module maintains stable output across voltage (24–29V) and temperature extremes. Independent tests show that it delivers its rated 60W CW‑equivalent power even after hours of continuous operation, with minimal drift. The high efficiency also extends battery life – a crucial advantage for man‑portable units where every watt matters. With its rugged construction, built‑in protection, and all‑in‑one swept source, this module offers a balanced solution for modern counter‑drone needs.




