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Portable 20-6GHz full-frequency anti-drone digital signal jammer

Product Details

Place of Origin: china

Brand Name: JDY

Model Number: JDY-700

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: $35714

Packaging Details: Flight case

Delivery Time: 30days

Payment Terms: D/A

Supply Ability: 200 per month

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Portable handheld drone jammer

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20-6GHz anti-drone signal jammer

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Full-frequency digital signal jammer

Operating Temperature:
-10°C To 50°C
Power Supply:
Rechargeable Lithium-ion Battery
Networking:
4G/5g/LAN (Optional)
Detection Distance:
0-3km
Azimuth Accuracy:
10°(RMS)
Frame Specification:
LekDro 10Inch Carbon Fiber Frame
Accessory Options:
24V Inverter Available
Interference Range:
1-2 Km
Outer Box Size:
250*110*54mm
Interference Bandwitch:
900MGz, 1.5 Ghz, 2.4Ghz, 5.8GHz
Motor Setup:
LekDro 3115 900KV Motor (4pcs)
Core Working Principle:
Electromagnetic Interference Suppression
Power Consumption:
≤30w
Flight Stack:
F405 FC + BhetaI-S 60A ESC 4in1
Supply Voltage:
DC: +12V~+28V (battery Optional)
Operating Temperature:
-10°C To 50°C
Power Supply:
Rechargeable Lithium-ion Battery
Networking:
4G/5g/LAN (Optional)
Detection Distance:
0-3km
Azimuth Accuracy:
10°(RMS)
Frame Specification:
LekDro 10Inch Carbon Fiber Frame
Accessory Options:
24V Inverter Available
Interference Range:
1-2 Km
Outer Box Size:
250*110*54mm
Interference Bandwitch:
900MGz, 1.5 Ghz, 2.4Ghz, 5.8GHz
Motor Setup:
LekDro 3115 900KV Motor (4pcs)
Core Working Principle:
Electromagnetic Interference Suppression
Power Consumption:
≤30w
Flight Stack:
F405 FC + BhetaI-S 60A ESC 4in1
Supply Voltage:
DC: +12V~+28V (battery Optional)
Portable 20-6GHz full-frequency anti-drone digital signal jammer
Built-in Fan Cooling for Stable Long-Term Operation

This portable 20-6GHz full-band anti-drone digital signal jammer features a highly efficient built-in fan cooling system, ensuring stable operation even during extended continuous use. The scientifically designed fan operates with low noise while effectively reducing the temperature of the core circuitry, preventing performance degradation or hardware damage due to overheating. Whether used in outdoor missions or complex environments, it guarantees continuous and efficient anti-drone performance, providing reliable protection.

Portable 20-6GHz full-frequency anti-drone digital signal jammer 0

Product Parameter Table
Parameter Value/Description
Countermeasure Method Omnidirectional attack (12 external omnidirectional antennas)
Target Flight control link, navigation signals
Countermeasure Distance 1-3000m (depending on local electromagnetic environment)
Response Speed 2.5s
Countermeasure Signal All commonly used wireless signals from 20MHz to 6000MHz
Low-Latency Response, Rapid Drone Identification and Blocking

The device utilizes an advanced signal processing chip, enabling it to identify and locate drone signals in an extremely short time. Low-latency response technology ensures immediate jamming activation upon drone approach, effectively blocking drone control and navigation signals. It can instantly jam both civilian and professional drones, reducing potential safety risks and ensuring airspace security in critical areas.

Full-Band Coverage, Easily Jamming Various Drone Signals

This jammer covers the entire 20MHz to 6GHz frequency band, interfering with various drone communication frequencies, including GPS, GLONASS, Wi-Fi, remote control, and image transmission signals. No need to adjust settings for different drone models; a single device can achieve full-band coverage jamming, providing unified protection against multiple types of drones. Simple and convenient to operate, suitable for cities, industrial parks, and key event locations.

Intelligent Digital Signal Recognition, Improving Jamming Accuracy

The device incorporates an intelligent digital signal recognition algorithm that can distinguish drone signals from other surrounding wireless devices, reducing the risk of accidental damage. Intelligent recognition not only improves jamming accuracy but also optimizes power output and extends device lifespan. Furthermore, the algorithm can be updated and upgraded in real time to address the challenges of new drone technologies, providing users with long-term, reliable protection.