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Your Professional Airspace Security System Supplier

Protect Your Airspace from Unauthorized Drones

Advanced detection and signal management system designed for safe, compliant, and effective drone risk control in modern environments.

From Drone Detection to Risk Control

Unauthorized drones can disrupt operations, compromise privacy, and threaten safety.

This system provides a multi-layered approach:

Detect drones across multiple frequencies

Track location and movement in real time

Apply controlled signal interference to manage threats

Turn uncertainty into controlled airspace

Multi-Layer Drone Protection

Wide-Area Detection

RF spectrum monitoring (300 MHz – 6 GHz)

Radar-assisted detection up to long distances

Multi-target tracking capability

Real-Time Tracking & Identification

Locate drone position and movement

Identify signal source and control link

Continuous situational awareness

Controlled Signal Management

Disrupt unauthorized control signals

Limit drone operation within protected zones

Support safe landing or exit behavior

Scalable Deployment

Fixed / mobile / vehicle-mounted

Rapid deployment in temporary scenarios

Flexible coverage expansion

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Why Choose us

Built for Real-World Airspace Security

We don’t just provide devices — we deliver integrated drone risk management solutions designed for practical deployment.

Multi-Layer Technology Integration

Unlike single-function systems, our solution combines:

RF detection

Radar tracking

Signal management

Flexible Deployment, Maximum Coverage

Portable or fixed installation

Rapid deployment for temporary needs

Scalable for large areas

Optimized for Civil Use Cases

Designed with real operational environments in mind:

Industrial sites

Public safety scenarios

Commercial applications

High Performance in Harsh Environments

Wide temperature range

IP-rated protection

Reliable in complex conditions

From Equipment to Solution

We support:

System configuration

Scenario-based deployment

Integration with existing security systems

Secure your airspace — without disrupting your operations.

Parameter

Total System Power Consumption:	≤ 1200W
Simultaneous Drone Handling Capacity:	≥ 20 drones
Situational Awareness Update Rate:	≤ 200 ms
Radar Detection Range:	≥ 4 km
Radar Detection Accuracy:
Range:	≤ 10 meters
Azimuth:	≤ 0.6 degrees
Elevation:	≤ 1 degree
Radio Detection Frequency Range:	300 MHz to 6 GHz
Radio Detection Distance:	≥ 5 km
Electromagnetic Jamming Frequency Range:	300 MHz to 6 GHz
Effective Jamming Range:	≥ 5 km (power adjustable)
Jamming-to-Signal Ratio:	≥ 3:1
Maximum Simultaneous Jamming Bands:	≥ 4 bands
Supported Civilian Navigation Frequencies:	GPS L1, BeiDou B1, GLONASS L1
GNSS Spoofing Range:	≥ 5 km (power adjustable)
Operating Temperature:	-40°C to 55°C
Storage Temperature:	-50°C to 70°C
Protection Rating:	≥ IP65

Benefits of Airspace Security System

Adaptability

Due to their mobility, they can be quickly deployed to any area where a drone danger is discovered, providing timely protection. This flexibility is particularly useful in situations where setting up fixed installations would be difficult or time-consuming.

Smooth Integration

A vast defence against a variety of UAVs can be established by integrating different detection and mitigation technologies with a multitude of mobile devices. The likelihood of successfully neutralizing drone threats is increased by this multi-layered strategy.

Traditional Monitoring	This System
Only detects drones	Detect + manage
Fixed coverage	Dynamic deployment
Reactive response	Real-time intervention
Limited awareness	Full situational awareness

Cost-Efficiency

Since mobile systems can be redeployed as needed, they are frequently more cost-effective than fixed installations. This adaptability broadens the scope of drone protection initiatives and maximises the allocation of resources.

Scalability

When danger levels change, mobile systems can be quickly scaled up or down. Due to its flexibility, security measures are always proportionate with the perceived risk.

Low Infrastructure Requirements

Mobile systems, as opposed to fixed installations, have low infrastructure requirements, which makes them appropriate for deployment in difficult or distant locations.

Diminished Environmental Impact

Due to their reduced construction and maintenance needs, mobile systems often have a smaller environmental impact than fixed installations.

Working Of Radio Induction And Jamming System

Disrupting Radio Frequency (RF) Communication

Drones primarily use RF signals in the 2.4 GHz and 5.8 GHz frequency bands for communication between the drone and its remote controller. These frequencies are used for both control signals (such as throttle, yaw, pitch, roll, and camera feed) and video transmission. Drone signal jammers emit strong RF signals on these same frequencies, effectively overpowering or blocking the legitimate communication signals between the drone and its operator.

Result: The drone loses connection with its operator, causing it to hover in place, crash, or follow an autonomous return-to-home procedure if it has such capabilities.

Blocking GPS Signals

In addition to RF signals, drones rely on GPS for navigation, especially in autonomous flights. GPS jamming involves emitting signals on the same frequency as GPS satellites, which typically operate at 1.575 GHz (L1) and 1.227 GHz (L2). The jammer effectively disrupts the GPS signal reception, causing the drone to lose its location information.

Result: The drone becomes disoriented, unable to determine its position. Depending on the drone’s software and hardware, it may initiate an emergency return-to-home (RTH) procedure or descend to the ground.

Applications of Radio Induction And Jamming System

Designed for Civil & Public Safety Environments

Critical Infrastructure Protection

Power plants

Oil & gas facilities

Communication hubs

Airspace Safety & Transportation

Airports

Logistics centers

Urban airspace monitoring

Public Events & Crowd Security

Stadiums

Concerts

Large gatherings

Industrial & Commercial Sites

Warehouses

Manufacturing plants

Construction zones

Sensitive Area Monitoring

Government facilities

Restricted zones

Privacy-sensitive locations

FAQ

Q1: What is this system mainly used for?

It is designed to detect, track, and manage unauthorized drones to ensure airspace safety in sensitive or high-value areas.

Q2: Is this system suitable for civilian environments?

Yes. It is widely used in industrial sites, public events, infrastructure protection, and commercial security applications.

Q3: How does the system handle unauthorized drones?

It monitors drone signals and applies controlled signal interference to limit their operation, typically causing them to land or return safely.

Q4: Does it affect other communication systems?

The system is designed for targeted operation, minimizing impact on surrounding communication systems when properly configured.

Q5: What is the detection range?

Depending on configuration, detection and control range can extend to several kilometers.

Q6: Can it detect multiple drones at the same time?

Q7: Is the system portable?

Yes. It supports portable, vehicle-mounted, and fixed deployments, making it adaptable to different operational needs.

Q8: Can it be integrated with existing security systems?

Yes. It can be integrated with surveillance systems, command centers, and other security infrastructure.

Q9: Is it difficult to operate?

No. The system is designed for ease of use, with intuitive interfaces and minimal training requirements.

Q10: What makes this system different from basic drone detectors?

Unlike detection-only systems, this solution provides both awareness and active response capabilities.

Q11: Can this system prevent drone-related incidents?

Yes. By detecting and managing drones early, it helps reduce risks such as unauthorized surveillance, disruption, or safety hazards.

Q12: How does it improve overall security operations?

It transforms airspace security from passive monitoring into proactive risk control, enabling faster and more informed responses.

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