Product Details
Place of Origin: china
Brand Name: JDY
Model Number: JDY-1000
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: $25714
Packaging Details: flight case
Delivery Time: 30days
Payment Terms: D/P,T/T
Supply Ability: 200 per month
|
Jamming Frequency Band:
|
900MHz, 1.5Ghz, 2.4Ghz, 5.8Ghz
|
Power Consumption:
|
≤30w
|
Safetyfeatures:
|
Automatic Power-off And Overheat Protection
|
Device Weight:
|
≤3kg
|
Applicable Scenarios:
|
Battalion, Residential
|
Weight:
|
1.5 Kg
|
Networking:
|
4G/5g/LAN (Optional)
|
User Interface:
|
LED Indicators And Control Buttons
|
Interference Band:
|
900MHz, 1.5ghz, 2.4ghz, 5.8ghz
|
Productname:
|
Handheld Drone Jammer
|
Detection Frequency Range:
|
400MHz--6GHz
|
Convenience:
|
Portable
|
Receiver Tech:
|
LekDro 915MHz Rx ELRS
|
Jamming Frequency:
|
315MHz To 5.8GHz
|
Supply Voltage:
|
AC 220V
|
Jamming Frequency Band:
|
900MHz, 1.5Ghz, 2.4Ghz, 5.8Ghz
|
Power Consumption:
|
≤30w
|
Safetyfeatures:
|
Automatic Power-off And Overheat Protection
|
Device Weight:
|
≤3kg
|
Applicable Scenarios:
|
Battalion, Residential
|
Weight:
|
1.5 Kg
|
Networking:
|
4G/5g/LAN (Optional)
|
User Interface:
|
LED Indicators And Control Buttons
|
Interference Band:
|
900MHz, 1.5ghz, 2.4ghz, 5.8ghz
|
Productname:
|
Handheld Drone Jammer
|
Detection Frequency Range:
|
400MHz--6GHz
|
Convenience:
|
Portable
|
Receiver Tech:
|
LekDro 915MHz Rx ELRS
|
Jamming Frequency:
|
315MHz To 5.8GHz
|
Supply Voltage:
|
AC 220V
|
|
Jamming Frequency Band:
|
900MHz, 1.5Ghz, 2.4Ghz, 5.8Ghz
|
|
Power Consumption:
|
≤30w
|
|
Safetyfeatures:
|
Automatic Power-off And Overheat Protection
|
|
Device Weight:
|
≤3kg
|
|
Applicable Scenarios:
|
Battalion, Residential
|
|
Weight:
|
1.5 Kg
|
|
Networking:
|
4G/5g/LAN (Optional)
|
|
User Interface:
|
LED Indicators And Control Buttons
|
|
Interference Band:
|
900MHz, 1.5ghz, 2.4ghz, 5.8ghz
|
|
Productname:
|
Handheld Drone Jammer
|
|
Detection Frequency Range:
|
400MHz--6GHz
|
|
Convenience:
|
Portable
|
|
Receiver Tech:
|
LekDro 915MHz Rx ELRS
|
|
Jamming Frequency:
|
315MHz To 5.8GHz
|
|
Supply Voltage:
|
AC 220V
|
|
Jamming Frequency Band:
|
900MHz, 1.5Ghz, 2.4Ghz, 5.8Ghz
|
|
Power Consumption:
|
≤30w
|
|
Safetyfeatures:
|
Automatic Power-off And Overheat Protection
|
|
Device Weight:
|
≤3kg
|
|
Applicable Scenarios:
|
Battalion, Residential
|
|
Weight:
|
1.5 Kg
|
|
Networking:
|
4G/5g/LAN (Optional)
|
|
User Interface:
|
LED Indicators And Control Buttons
|
|
Interference Band:
|
900MHz, 1.5ghz, 2.4ghz, 5.8ghz
|
|
Productname:
|
Handheld Drone Jammer
|
|
Detection Frequency Range:
|
400MHz--6GHz
|
|
Convenience:
|
Portable
|
|
Receiver Tech:
|
LekDro 915MHz Rx ELRS
|
|
Jamming Frequency:
|
315MHz To 5.8GHz
|
|
Supply Voltage:
|
AC 220V
|
With the rapid development of drone technology, the demand for drone protection is also increasing. Vehicle-mounted anti-drone defense systems have emerged to address this need, providing a convenient and efficient solution to sudden drone threats. The system's vehicle-mounted design allows for mobile deployment of defense facilities anytime, anywhere, greatly facilitating emergency response in different areas and environments. The vehicle-mounted platform can be quickly deployed to areas with severe drone threats, enabling rapid response and flexible action. The system integrates advanced anti-drone technology, providing strong protection in urban, wilderness, and complex battlefield environments. Due to its vehicle-mounted nature, the system's deployment speed is far greater than traditional static facilities, and its deployment location can be quickly adjusted according to actual needs, greatly improving the flexibility and effectiveness of protective coverage.
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| Parameter Item | Specifications |
|---|---|
| Detection Distance | 300MHz-6G |
| Key Detection Frequency Bands | 2.4G/5.8G/800M/900M/1.4G |
| Detection Distance | 1-8KM |
| Interference Frequency Bands | 800M900M1.5G2.4G5.2G5.8G1.4G |
| Interference Distance | 1-3KM |
| Response Time | ≤3s |
| Network Functionality | 4G |
| Spoofing Signal System | GPS/BDS/GLONASS/Galileo |
| Spoofing Distance | 1-3KM |
| Product Dimensions | 2000*300*750mm |
| Packaging Dimensions | 2080*340*800mm |
| Product Weight | 40KG |
| Total Product Weight | 52KG |
The vehicle-mounted anti-drone defense system features 360-degree omnidirectional scanning capability, ensuring no blind spots. During protection, the system utilizes multiple sensors and radar modules working in tandem to monitor drone activity within a 360-degree radius in real time. Compared to traditional defense systems, this system's omnidirectional scanning technology eliminates angular blind spots, resulting in more comprehensive defense. This technology effectively prevents drone infiltration and attacks due to oversights in localized areas, improving the security and reliability of protection. Regardless of the direction from which a drone approaches, the system can promptly detect and lock onto the target, enabling immediate response and maximizing the defense effect.
The vehicle-mounted anti-drone defense system adopts a modular design, supporting system customization and expansion. This feature allows the system to be adjusted and upgraded according to the needs of different users, adapting to various protection scenarios. For example, different types of sensors, jamming devices, or interception devices can be selected based on actual conditions to meet the specific anti-drone protection requirements of different areas or missions. Furthermore, the system can be equipped with additional protective modules, such as laser weapons and drone tracking systems, to further enhance its protective capabilities. Whether defending fixed areas or responding to emergencies, the system's modular design provides users with greater flexibility, ensuring efficient response in ever-changing security environments.
The vehicle-mounted anti-drone defense system is designed for ease of operation, ensuring rapid startup and deployment even in emergencies. System startup requires only the press of a one-button start button, and the system automatically completes all preparations, including self-checks, system calibration, and device activation. Operators do not need to perform complex settings or manual adjustments, greatly reducing the possibility of human error and improving response speed. In emergencies, the system can complete the entire process from startup to protection in the shortest possible time, ensuring efficient response to drone threats. This simple startup method is particularly suitable for high-intensity emergency scenarios, allowing for rapid deployment and ensuring timely release of protective capabilities.
With the advantages mentioned above, the vehicle-mounted anti-drone defense system not only has significant advantages in terms of efficiency, reliability and flexibility, but can also adapt to a variety of different usage environments and needs.