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Long-duty anti-drone handheld signal jammer with a 2km range

Product Details

Place of Origin: china

Brand Name: JDY

Model Number: JDY-200

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: $2143

Packaging Details: Flight case

Delivery Time: 30days

Payment Terms: L/C

Supply Ability: 200 per month

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Highlight:

long-duty handheld drone jammer

,

anti-drone signal jammer 2km range

,

handheld drone jammer with warranty

Detection Angle:
Horizontal 360°, Vertical -90°~+90°
Power Consumption:
≤30w
Gain:
3±1dBi
Jamming Modes:
5 Bands Selectable
Control:
Manual Trigger Button
Color:
Blue
Compatibility:
Effective Against Most Commercial Drones
Number Of Channels:
6
Interference Bands:
900MHz/1.5Ghz/2.4Ghz/5.8Ghz
Functions:
Protect Public Security
Power Interface:
Aviation Socket WS20-2
International Protection:
IP55
Input Voltage:
220V
Special Features:
Build "no Flying Zone"
Chargingtime:
Approximately 3 Hours
Detection Angle:
Horizontal 360°, Vertical -90°~+90°
Power Consumption:
≤30w
Gain:
3±1dBi
Jamming Modes:
5 Bands Selectable
Control:
Manual Trigger Button
Color:
Blue
Compatibility:
Effective Against Most Commercial Drones
Number Of Channels:
6
Interference Bands:
900MHz/1.5Ghz/2.4Ghz/5.8Ghz
Functions:
Protect Public Security
Power Interface:
Aviation Socket WS20-2
International Protection:
IP55
Input Voltage:
220V
Special Features:
Build "no Flying Zone"
Chargingtime:
Approximately 3 Hours
Long-duty anti-drone handheld signal jammer with a 2km range
I. Rapidly Disconnecting Drone Communication Links

This long-endurance anti-drone handheld signal jamming device can effectively suppress target drones in a very short time, quickly cutting off their image transmission and GPS navigation links. Once activated, the system immediately emits multi-band jamming signals, causing the drone to lose its communication capability with the remote controller and simultaneously interfering with its satellite positioning function, thus forcing the drone to hover, return to home, or land safely. This dual-link jamming mechanism significantly improves the success rate of countermeasures and is suitable for various complex environments.

Long-duty anti-drone handheld signal jammer with a 2km range 0

II. Product Parameter Overview
Parameter Item Technical Specifications
Countermeasure Distance 1~2km
Key Countermeasure Frequency Bands 2.4G/5.8G/800MHz/900MHz/1.4G/1.6GHz
Interference Angle ≥30°
Interference Response Time ≤2s
Power Supply Built-in lithium battery
Interference Function Yes
Network Function: 4G/5G Function Optional
Protection Rating IP65
Equipment Availability ≥99.9%, capable of long-term operation without malfunction
III. Lightweight Individual Soldier Integrated Design

The equipment adopts a lightweight, individual soldier integrated structure design, making it compact and easy to carry, suitable for prolonged handheld operation. The ergonomic handle, combined with a reasonable center of gravity distribution, effectively reduces user fatigue, allowing operators to maintain stable control even in complex terrain or during rapid movement. This design not only improves mobility but also enhances adaptability in outdoor missions.

IV. Real-time Status Feedback via OLED Screen

Equipped with a high-brightness OLED display, the equipment can display key data such as current countermeasures status, battery information, and operating mode in real time. Users can intuitively grasp the operating status without additional equipment, ensuring quick judgment during mission execution. Even in bright light or nighttime environments, the screen information remains clearly visible, significantly improving the user experience and operational safety.

V. Rapid Response, Ready to Use Immediately After Powering On

The equipment has a rapid response capability, entering working status almost instantly after powering on, achieving "ready to use immediately after powering on." The system startup process has been optimized to reduce unnecessary initialization time, enabling users to perform disruptive operations immediately in emergency situations. This high efficiency is particularly important for applications requiring rapid response, significantly improving overall operational efficiency.