Yunshang Jindou (Nanjing) Technology Co., Ltd
cochran06011@gmail.com 86--13814025757
Products
Products
Home > Products > Handheld Drone Jammer > Fixed or vehicle-mounted drone swarm electro-optical radar detection

Fixed or vehicle-mounted drone swarm electro-optical radar detection

Product Details

Place of Origin: china

Brand Name: JDY

Model Number: JDY-1000T

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: $285714

Packaging Details: Flight case

Delivery Time: 30days

Payment Terms: D/A

Supply Ability: 200 per month

Chat Now
Highlight:

Fixed drone swarm detection system

,

Vehicle-mounted radar drone jammer

,

Handheld electro-optical drone detector

Jamming Response Speed:
≤2 Seconds
Output Power:
≥40dBm
Interference Bands:
Most 2.4Ghz, 5.8Ghz Drones
Device Dimensions:
663mm×298mm×88mm
Displaytype:
LCD Screen For Status And Settings
Productname:
Handheld Drone Jammer
Frequency Bands:
2.4 GHz And 5.8 GHz
Jamming Range:
1-2km
Antenna:
Directional
Frequencyrange:
2.4 GHz And 5.8 GHz
Functions:
Protect Public Security
Display Type:
OLED LCD Screen
Networking:
4G/5g/LAN (Optional)
Control Method:
Touch Screen
Operating Temperature:
-10°C To 50°C
Jamming Response Speed:
≤2 Seconds
Output Power:
≥40dBm
Interference Bands:
Most 2.4Ghz, 5.8Ghz Drones
Device Dimensions:
663mm×298mm×88mm
Displaytype:
LCD Screen For Status And Settings
Productname:
Handheld Drone Jammer
Frequency Bands:
2.4 GHz And 5.8 GHz
Jamming Range:
1-2km
Antenna:
Directional
Frequencyrange:
2.4 GHz And 5.8 GHz
Functions:
Protect Public Security
Display Type:
OLED LCD Screen
Networking:
4G/5g/LAN (Optional)
Control Method:
Touch Screen
Operating Temperature:
-10°C To 50°C
Fixed or vehicle-mounted drone swarm electro-optical radar detection
Simultaneous Target Tracking of UAV Swarms

Fixed or vehicle-mounted UAV swarm electro-optical radar systems can simultaneously detect and track multiple UAVs in real time. Through advanced multi-target tracking algorithms, the system can accurately lock onto the position, speed, and flight trajectory of a UAV swarm in complex electromagnetic environments and low-visibility conditions. Simultaneously, the system is highly adaptable to UAVs of different sizes and speeds, effectively supporting air defense, surveillance, and airspace management tasks.

Fixed or vehicle-mounted drone swarm electro-optical radar detection 0

Product Parameters
Parameter Name Parameter Value
  • Radio Detection
  • Radar Detection
  • Electro-optical Tracking
  • Spectrum Blocking
  • Navigation Deception
  • Multi-source Information Fusion Technology
  • Digital Twin Technology
  • High-Accuracy Detection and Identification
  • Adaptive Algorithm Model
  • Intelligent Decision Support System
  • Real-time Monitoring and Rapid Response
  • Cross-platform Information Sharing
Radar and Electro-optical Synergy

The system achieves all-weather, multi-dimensional UAV detection through the coordinated operation of electromagnetic radar and optical-optical sensors. Radar provides rapid early warning and initial positioning, while the electro-optical sensors perform fine identification and target confirmation. This synergy not only improves detection accuracy but also effectively reduces false alarm rates, ensuring continuous target tracking capabilities in complex environments.

24/7 Continuous Operation, Low Maintenance Costs

This system is designed for continuous operation in all weather conditions, supporting uninterrupted monitoring 24/7. Modular design and intelligent diagnostic functions simplify daily maintenance, reducing system operation and maintenance costs. Meanwhile, its weather-resistant design ensures stable operation under extreme weather conditions, making it suitable for various fixed or mobile deployment scenarios.

Historical Data Retrospective Analysis

The system can store and retrospectively analyze historical detection data, supporting flight trajectory tracking, behavior pattern analysis, and situational assessment. Through data mining and visualization tools, users can quickly generate reports for use in UAV swarm combat exercises, event debriefing, and defense strategy optimization.