Dexinkang Anti-Drone Modules: Complete Guide for Integration and Security

The Anti-Drone Module is the core component of anti-drone systems, disrupting drone communication and navigation signals. These modules are widely used in airports, critical infrastructure, and military installations to prevent security breaches. In this guide, you will learn about the types, their price range, production process, benefits, core components, and applications of anti-UAV solutions. By the end, you’ll understand how to select and deploy modules effectively to safeguard your operational environment.

What Types of Anti Drone Modules Do We offer?

1. LoRa + VCO + GaN + Circulator Integrated Module
A high‑performance integrated anti‑drone module combining LoRa‑targeted interference, VCO sweep signal generation, GaN power amplification, and a circulator for enhanced output stability. Designed to disrupt adaptive and frequency‑hopping UAV links with high efficiency and reliability.

2. VCO + GaN+Circulator Module
A compact jamming module integrating a VCO‑based sweep interference source with a high‑efficiency GaN power amplifier. Ideal for OEMs and system integrators requiring strong, broadband interference capability in a flexible, modular format.

3. RF Power Amplifier (PA) Module
A standalone RF power amplifier module designed to boost external interference signals to operational power levels. Suitable for system integrators who already have their own signal source and require scalable output power for anti‑drone applications.

Price Range

Benefits of Deploying Our Anti-Drone Modules

Comprehensive Airspace Security – Detect and Neutralize Threats Effectively

Anti-drone modules enable organizations to monitor and protect restricted airspace by detecting, tracking, and neutralizing unauthorized UAVs. Typically, these systems use a combination of RF disruption, GPS interference, and radar or optical detection to prevent drones from breaching sensitive zones.

Operational Flexibility – Portable or Fixed Systems Suit Different Environments

Anti-UAV modules are designed for flexible deployment depending on operational needs. Fixed systems provide long-range, high-power protection for permanent installations, while portable or vehicle-mounted units allow rapid deployment at temporary sites, events, or remote locations.

Enhanced ROI – Reduces Potential Damages from UAV-Related Incidents

Investing in anti-drone modules delivers tangible financial benefits by preventing costly UAV-related incidents. Drones can cause property damage, operational downtime, or safety hazards. Effective counter-UAV systems minimize these risks.

Regulatory Compliance – Helps Meet Aviation and Security Standards

Deploying anti-drone modules helps organizations comply with aviation and security regulations, which vary across regions. According to industry standards, unauthorized UAV activity in restricted airspace can lead to fines, operational disruptions, or legal liabilities.

How does our anti-drone module work?

A drone countermeasure module works by emitting high-power RF interference to suppress a drone’s control, telemetry, video, and navigation links.
Once these critical links are disrupted, the operator loses control and situational awareness, forcing the drone to hover, return home, or land automatically.
The process requires no physical interception, enabling fast response and reliable fixed or system-level deployment.

Core Components of Our Anti-Drone Jamming Modules 

An anti-drone RF jamming module is composed of the following key parts:

1. Input Interface
   Provides control signals and system integration access for external platforms or controllers.

2. Power Supply Section
   Delivers stable and continuous power to ensure reliable RF signal generation and amplification.

3. Internal RF Structure

   • LoRa + VCO: Work together to generate the interference source (noise signal).
     The VCO enables precise frequency tuning, while LoRa provides stable signal control.
     

   • GaN Power Amplifier: Amplifies the generated interference signal to high output power for effective drone disruption.

   • Circulator: Protects the amplifier by isolating reflected power and ensuring system stability.

4. RF Output Interface
   Transfers the amplified jamming signal with minimal loss to the antenna system.

5. Antenna System
   Radiates the RF interference toward the target airspace to disrupt drone communication, navigation, and data links.

Integration Applications for Anti-Drone Systems

This RF jamming module is designed for seamless integration into a wide range of counter-unmanned aircraft system (C-UAS) applications, delivering reliable and scalable drone mitigation capabilities:

• Fixed Anti-Drone Installations
  Deployed at airports, government facilities, borders, prisons, and critical infrastructure to provide continuous airspace protection.

• Vehicle-Mounted Counter-Drone Systems
  Integrated into mobile platforms for rapid response, convoy protection, and temporary security missions.

• Portable & Rapid-Deployment Solutions
  Used in emergency operations, VIP protection, and temporary event security where fast setup is essential.