Longer Range. Smarter Detection.

Comprehensive Airspace Awareness.

The Medium-Range Drone Detection Radar is a high-performance airspace monitoring solution designed to detect, track, and classify low-altitude aerial objects at ranges of up to 8 kilometers.

 

Powered by advanced AI algorithms, active electronically scanned array (AESA) technology, and real-time edge processing, the system delivers reliable detection performance for airports, critical infrastructure, energy facilities, ports, smart cities, and industrial sites.

 

With 360° coverage, multi-target tracking capability, and seamless integration with electro-optical and thermal imaging systems, the radar provides continuous situational awareness and intelligent early-warning capabilities for modern airspace monitoring applications.

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Key Features

8 km Detection Capability

The radar can detect targets with an RCS of 0.01 m² at distances exceeding 8 kilometers.

Benefits include:

Extended monitoring coverage

Earlier threat awareness

Reduced blind zones

Enhanced operational visibility

 

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Advanced AESA Radar Architecture

The system utilizes four-panel Active Electronically Scanned Array (AESA) technology.

Features include:

Simultaneous transmit and receive

Multi-beam operation

High target update rate

Fast electronic scanning

Superior tracking stability

Compared with conventional mechanical radar systems, AESA technology provides faster response times and greater reliability.

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AI-Powered Target Classification

The integrated AI engine can accurately classify:

Commercial drones

Consumer UAVs

Birds

Balloons

Helicopters

Other low-altitude flying objects

Classification accuracy exceeds 98.5% under operational conditions.

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Automatic Optical Guidance

The radar can automatically guide:

Electro-optical cameras

Thermal imaging systems

AI visual verification modules

This enables rapid target confirmation and significantly reduces false alarms.

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Fusion Platform Integration

The radar can be connected to centralized monitoring platforms for:

Multi-radar networking

Unified monitoring

Target correlation

Situation visualization

Event management

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Technical Specifications

Parameter	Specification
Operating Frequency	X-Band (9.5 GHz)
Detection Range	≥ 8 km (RCS 0.01 m²)
Coverage	360° Full Coverage / 90° Sector
Azimuth Accuracy	≤ 0.3°
Elevation Accuracy	≤ 0.5°
Peak Power	200 W
Weight	≤ 50 kg
Tracking Rate	≥ 10 Hz
Simultaneous Tracking	32 Target Groups
Anti-Interference	Adaptive Frequency Agility + Low Probability Interference Waveforms

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AI Radar Intelligence

Proprietary AI Radar Chipset

The radar incorporates a proprietary AI processing architecture capable of real-time edge analytics.

Capabilities include:

Inference latency below 5 ms

Power consumption below 3 W

Remote model updates

Continuous algorithm optimization

Online software upgrades

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Micro-Doppler Recognition Engine

By analyzing target motion signatures, the radar can accurately distinguish:

Drones

Birds

Balloons

Rotary-wing aircraft

Slow-moving aerial targets

This significantly improves target identification accuracy and operational efficiency.

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Intelligent AI Algorithms

Radar-to-Optical Verification

The system follows a multi-layer verification workflow:

Radar Detection → Optical Tracking → AI Visual Confirmation

This reduces nuisance alerts and improves confidence in target classification.

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Adaptive Resource Scheduling

Using reinforcement learning techniques, the radar dynamically optimizes:

Beam allocation

Waveform selection

Processing resources

Tracking priorities

This ensures optimal performance in congested or complex electromagnetic environments.

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Deep Learning Clutter Suppression

Advanced AI models suppress environmental clutter and improve target visibility.

Benefits include:

SNR improvement of 6–10 dB

Enhanced low-altitude detection

Better small-object tracking

Improved performance in urban environments

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Built for Continuous Operation

Industrial-Grade Reliability

The system is engineered for 24/7 operation.

Features include:

MTBF > 50,000 hours

Dual power redundancy

Dual communication links

Integrated surge protection

Lightning protection

 

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Extreme Environment Performance

Tested for operation in:

High temperatures

Low temperatures

High humidity

Coastal environments

Dust and sand conditions

The phased-array antenna system is designed for a service life exceeding 15 years.

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Flexible Deployment and Networking

Rapid Installation

The radar can be deployed quickly with minimal personnel.

Features include:

Fast startup

Portable configuration

APP-based local control

Network-independent operation

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Mesh Networking

Multiple radar units can form an intelligent monitoring network.

Capabilities include:

Support for 2–100 nodes

Hybrid wired/wireless networking

Dynamic node management

Wide-area coverage expansion

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Multi-Platform Access

Operators can access the system through:

Web-based command centers

Desktop workstations

Mobile applications

Tablets

AR visualization devices

Third-party API integrations

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Typical Applications

Airport Airspace Monitoring

The radar provides continuous monitoring around airports and aviation facilities.

Applications include:

Low-altitude airspace awareness

Perimeter monitoring

Drone intrusion detection

Airfield situational awareness

 

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Critical Infrastructure Protection

Suitable for:

Power plants

Energy facilities

Utilities

Data centers

Transportation hubs

 

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Oil & Gas Operations

Ideal for:

Refineries

Storage terminals

Pipeline corridors

Offshore facilities

 

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Smart City Monitoring

Supports:

Urban airspace monitoring

Event security

Intelligent perimeter protection

Multi-sensor city networks

 

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Maritime Applications

Specialized algorithms support:

Sea clutter suppression

Vessel motion compensation

Coastal monitoring

Port infrastructure protection

 

 

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Lower Total Cost of Ownership

The system is designed to reduce long-term operating expenses.

Advantages include:

Proprietary chip technology reducing hardware costs

Modular maintenance architecture

Remote diagnostics and monitoring

OTA software updates

Reduced on-site support requirements

Organizations can reduce total ownership costs by more than 35% over a five-year period.

 

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Service & Support

Pre-Sales Support

Project consultation

Site assessment

Solution design

Product demonstrations

 

Deployment Services

Installation support

System commissioning

Integration assistance

Operator training

 

Warranty

3-Year Manufacturer Warranty

24/7 Remote Technical Support

Fast Response Service

 

Long-Term Support

Free firmware updates

AI model upgrades

Preventive maintenance

Spare parts availability

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Why Choose This Medium-Range Drone Detection Radar?

✔ Detection range exceeding 8 km

✔ Advanced AESA radar technology

✔ AI-powered classification accuracy above 98.5%

✔ Automatic optical guidance and verification

✔ Reliable operation in harsh environments

✔ Flexible networking and platform integration

✔ Lower lifecycle costs

✔ Designed for continuous 24/7 monitoring

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Frequently Asked Questions

What is the maximum detection range?

The radar can detect targets with an RCS of 0.01 m² at distances exceeding 8 kilometers under typical operating conditions.

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Can the radar distinguish drones from birds?

Yes. The AI-powered micro-Doppler classification engine can accurately differentiate drones, birds, balloons, and other aerial objects.

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Does the system support 360-degree coverage?

Yes. The radar supports full 360° monitoring as well as sector-based coverage configurations.

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Can the radar integrate with cameras?

Yes. The system supports seamless integration with electro-optical and thermal imaging cameras for automatic target verification and tracking.

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Is the radar suitable for airport environments?

Yes. The system is designed for airport airspace monitoring and can support low-altitude object detection around aviation facilities.

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Can multiple radar units be connected together?

Yes. Multiple radar systems can be networked to provide extended coverage and centralized monitoring.

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Does the system work in bad weather?

Yes. Radar performance remains reliable in rain, fog, dust, and other challenging environmental conditions.

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What industries use this radar?

Common industries include:

Airports

Energy

Oil & Gas

Utilities

Ports

Transportation

Smart Cities

Critical Infrastructure

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What maintenance is required?

Routine maintenance typically includes periodic inspections, software updates, and system health checks. Remote diagnostics help minimize maintenance costs.

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Is remote software upgrading supported?

Yes. The radar supports OTA firmware updates and AI model upgrades, allowing continuous performance improvements throughout its lifecycle.

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Can the system be customized?

Yes. Different deployment options, integration configurations, and monitoring requirements can be supported based on project needs.

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How can I request pricing?

Contact our team with your project requirements, site information, and coverage objectives. We will provide a customized solution proposal and quotation.