Vehicle-Mounted Anti-Drone System – Multi-Target UAV Defense

1. Solution Overview – Mobile, Scalable, and Mission-Adaptive Counter-UAV Defense

The Vehicle-Mounted Anti-Drone System – Multi-Target UAV Defense is a comprehensive mobile counter-UAV solution designed to detect, track, disrupt, deceive, and neutralize unauthorized drones in complex and high-risk environments. Built on a vehicle-mounted platform, the system enables rapid deployment, flexible maneuverability, and scenario-adaptive defense, making it ideal for dynamic security missions and large-area protection.

This solution integrates soft-kill and hard-kill counter-drone technologies, allowing operators to select the most appropriate response based on mission requirements, rules of engagement, and environmental constraints. From non-destructive electronic countermeasures to high-intensity physical neutralization, the system provides full-spectrum UAV defense capabilities.

Critical locations such as airports, energy facilities, government compounds, military bases, borders, and large public events face increasing threats from unauthorized UAV activities. “Black flying” drones can cause flight delays, disrupt energy operations, compromise sensitive data, or deliver contraband and payloads. In many of these scenarios, drone debris is not permitted to fall, making traditional fixed-position defenses insufficient.

The Vehicle-Mounted Counter-UAV Platform addresses these challenges by offering mobile, multi-target, and integrated anti-drone defense, ensuring continuous protection across changing operational theaters.

2. Technical Parameters & Core Specifications (Vehicle-Mounted Anti-Drone System)

General System Parameters

Vehicle-Mounted Soft-Kill System – Specifications

Vehicle-Mounted Hard-Kill System – Specifications

3. Vehicle-Mounted Soft-Kill Solution – Detection, Jamming, and Spoofing Integration

Core Concept: “Detection – Jamming – Spoofing” Integrated System

The Vehicle-Mounted Soft-Kill Anti-Drone System focuses on non-destructive UAV interception, making it ideal for urban areas, airports, energy facilities, and sensitive locations where falling debris is unacceptable.

Core Capabilities:

• Detection:
  Continuous monitoring of UAV radio signals across 600–6000 MHz, enabling early warning, classification, and identification of drone types and manufacturers.

• Jamming:
  High-efficiency multi-target interference against UAV control links, image transmission, and navigation signals, disrupting operator control and mission execution.

• Spoofing:
  Advanced navigation spoofing technology sends false GNSS signals, enabling forced return, forced landing, directional deviation, or area denial.

Operational Workflow

1. Real-time UAV signal detection and identification

2. Target classification and threat assessment

3. Selective jamming and spoofing engagement

4. Controlled drone landing, redirection, or expulsion

This workflow ensures fast response, precise control, and minimized collateral risk, making it a preferred solution for security assurance and critical infrastructure protection.

4. Vehicle-Mounted Hard-Kill Solution – High-Intensity UAV Neutralization

Integrated Detection, Locking, and Interception

The Vehicle-Mounted Hard-Kill Anti-Drone System is designed for high-risk and hostile environments, including military bases, border security, battlefield zones, and counter-terrorism operations.

Core Components:

• Target Locking:
  Combines 1D phased-array radar for long-range detection with dual-spectrum electro-optical systems for precise visual tracking.

• Laser Destruction Device:
  High-energy laser neutralization system capable of disabling UAV airframes, propulsion systems, or sensors within 1 km.

• Directional Jamming Assistance:
  Enhances interception reliability and disrupts evasive UAV maneuvers.

Engagement Workflow

Detection → Target Locking → Laser Neutralization + Directional Jamming

This layered approach ensures rapid, decisive, and repeatable neutralization, even against multiple UAV threats operating simultaneously.

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