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Brand Name : | Polaris |
Model Number : | Hobit S11 |
Certification : | CE,ISO9002 |
Price : | Negotiation |
Payment Terms : | T/T, Paypal , Etc. |
Supply Ability : | 50 Pcs/month |
Delivery Time : | In 7 -14 works day |
UAV Detector With Real-time Alerts And Blacklist And Whitelist Management Capabilities
Introduction
Discover UAV Detect—the state-of-the-art spectrum detection system engineered to safeguard critical airspaces from unauthorized drone threats. Designed for modern security challenges, UAV Detect combines advanced radio frequency analysis with AI-driven algorithms to deliver unparalleled detection and identification capabilities.
Equipped with UAV Detect, security teams gain real-time visibility into low-altitude activities, instantly pinpointing drones through their unique electromagnetic signatures. Whether monitoring airports, stadiums, or energy facilities, this system ensures rapid threat assessment and seamless integration with countermeasures like jamming or geofencing.
Basic
Function | Descriptions |
The key frequency bands under surveillance | 430-440MHz,840-845MHz,902-928MHz,1080-1280MHz,1430-1444MHz,2400-2500MHz,5725-5875MHz |
Direction Finding | Yes,Precision ≤1° |
DroneID | Yes(only DJI drones) |
RemoteID | Yes(with in 1km) |
Model library | Over 440 models |
Detection Angle | 360 |
Size | Diameter: 380mm, Height: 40mm |
Weight | 10kg |
Design Principles for the System
>1. >Practicality Principle
The primary objective of the anti-UAV system is to detect and
counter unauthorized low-altitude UAVs in high sensitive areas. The
system is designed to meet integrated requirements for target
detection, identification, and deterrence in real-world
environments, ensuring user-friendly operation.
>2. >Economic Feasibility Principle
While ensuring system quality and implementation timelines, the
design prioritizes cost-effectiveness across all lifecycle phases,
including solution selection, deployment planning, and component
procurement.
>3. >Scalability Principle
The system must support flexible configurations to adapt to
expanding operational areas. It allows model modifications and
structural reconfiguration through new equipment nodes, ensuring
scalability for future demands.
>4. >Reliability Principle
Given its complex architecture involving multi-device networking,
data transmission, data processing, and coordinated response, the
system requires robust reliability to maintain continuous, stable
operation over extended periods.
Advancement Principle
The system’s core technologies underpin its long-term
competitiveness. It incorporates cutting-edge solutions alongside
proven technologies to adapt to evolving trends in the low-altitude
security industry.
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