Advanced Fixed-Robot All-Around Anti-Drone System

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Product Details
Customization: Available
Type: Wireless
Usage: /
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  • Advanced Fixed-Robot All-Around Anti-Drone System
  • Advanced Fixed-Robot All-Around Anti-Drone System
  • Advanced Fixed-Robot All-Around Anti-Drone System
  • Advanced Fixed-Robot All-Around Anti-Drone System
  • Advanced Fixed-Robot All-Around Anti-Drone System
  • Advanced Fixed-Robot All-Around Anti-Drone System
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  • Overview
  • Product Parameters
Overview

Basic Info.

Model NO.
JDY-500
Certification
ISO
Channel
3CH
Receive Frequency
229.95MHz
Transmission Rate
10~20Kbps
Product Name
Jdy-500 Fixed Uav Detection System
Core Tech
Passive Detection, Spectrum Sensing
Detection Freq
300MHz~6000MHz
Key Detection Bands
2.4G/5.8g/800MHz/900MHz/1.1g/1.2g/1.4GHz
Detection Dist
1~3km (Depends on Electromagnetic Environment)
Detection Angle
360° Horizontal, -90°~+90° Vertical
Positioning Accuracy
≤10m (Uav); ≤5m (Operator, Partial)
Alarm Mode
Audible/Visual (Adjustable/Silent)
Power Supply
AC220V-DC24V
Working Time
7×24 Hours Continuous Operation
Operating Temp
-35ºC~50ºC; -30ºC~75ºC (Partia
Protection Level
IP66
Networking
4G/5g (Optional), LAN (RJ45)
Control Platform
Optional (B/S, Gis, Blacklist/Whitelist)
Transport Package
Flight Case
Specification
370mm*295mm*152mm
Trademark
JDY
Origin
China
Production Capacity
200pieces/Month

Product Description

360° all-round detection

The Advanced UAV Detection and sensing System for Low-Altitude Threat Protection employs a 360° panoramic detection design, covering low to medium altitudes to achieve accurate identification, location, and signal tracking of civilian, commercial, and potentially modified UAVs. The system incorporates multi-mode fusion sensing technology, including radar, RF spectrum monitoring, photoelectric identification modules, and AI target recognition algorithms, enabling comprehensive, blind-spot-free monitoring in complex urban environments, open fields, airport perimeters, and around special facilities or critical infrastructure. Under various usage scenarios, even when UAVs employ stealthy flight, weak signal control, or autonomous flight paths, the system continuously identifies command chain signals, electromagnetic signatures, and flight path characteristics to quickly determine threat levels, ensuring real-time, reliable, and continuous airspace security protection for critical areas.
Advanced Fixed-Robot All-Around Anti-Drone System

Product Parameters

 

Detection Frequency  Supports 300MHz~6000MHz
Key Detection Bands 2.4G/5.8G/800MHz/900MHz/1.1G/1.2G/1.4G
Coverage Angle 360°
Detection Distance  1-3KM
Power Supply  AC220V to DC24V; Detection, Direction Finding, and Positioning Functions: Available
Protection Function IP66 Rating
UAV Positioning Accuracy  ≤10m
Equipment Probability ≥99.9%, capable of long-term operation without failure

 

Modular and Scalable System Architecture: Meets Multi-Scenario Deployment Needs

This system adopts an advanced modular system architecture design, which can be freely combined and expanded according to the usage scenario. The basic version can perform core detection and countermeasure tasks, while for high-security environments, such as special bases, border security, nuclear power plants, prisons, and government agencies, additional functional modules such as AI visual recognition, ultra-long-range radar modules, tactical-level directional jammers, unmanned collaborative defense drone (UCAV) interfaces, and cloud-based big data analysis platforms can be added. The modular architecture not only enhances system maintainability and upgrade potential but also ensures rapid deployment of software and hardware upgrade packages to address new UAV communication protocols and navigation methods (such as BeiDou deception avoidance, frequency hopping technology, or autonomous hybrid UAV swarms). This eliminates the need for complete equipment replacement, significantly improving ROI and system lifecycle value.

Low-Power Design: Supporting Long-Term Stable Operation

To meet the demands of long-term deployment, unattended operation, and complex outdoor environments, this system employs an industrial-grade low-power hardware architecture and intelligent power management technology. The system intelligently switches between detection, standby, and interference modes, significantly reducing energy consumption. Combined with efficient energy-saving algorithms, redundant power supply modules, and optional solar or UPS power supply options, the system can maintain continuous and stable operation even during power outages, extreme weather, or remote areas. Its low-power and high-efficiency characteristics make it suitable for long-term border patrols, oil and gas pipeline protection, government facility security, and airport no-fly zone management, achieving uninterrupted airspace security protection year-round.

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