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Anti-UAV Acoustic Positioning System

Passive Detection · Precision Localization · All-Weather Operation

Product Overview

Our Anti-UAV Acoustic Positioning System is a cutting-edge passive detection solution engineered to counter the rising threats of unauthorized drones in high-sensitivity areas.


By leveraging advanced beamforming technology and AI-powered acoustic pattern recognition, the system passively detects, locates, and tracks drones through their unique sound signatures — without emitting any electromagnetic signals, ensuring full operational covertness and immunity to anti-radiation threats.


As a professional system integrator, we supply high-quality PCBA modules for anti-UAV platforms and support full customization: aesthetic layout design, code generation, mechanical integration, and software adaptation.


This system delivers reliable low-altitude surveillance for military bases, airports, critical infrastructure, and border security — even in harsh environments where radar and optical sensors struggle or fail.

Core Advantages

Passive & Covert Operation

Listen-only working mode; zero electromagnetic radiation. Undetectable by anti-radiation weapons and highly resistant to electronic jamming.

All-Weather & All-Time Performance

Works reliably in fog, rain, dust, daylight, and complete darkness. Fills critical detection gaps of radar and optical systems.

High-Precision Localization

Uses phased-array microphones and TDOA algorithms to achieve meter-level positioning. Distinguishes drone acoustics from ambient noise.

Cost-Effective & Scalable

Lower hardware and maintenance costs than radar. Supports distributed networking to form a wide-area “acoustic detection net”.

Multi-Target Real-Time Tracking

Simultaneously tracks multiple drones with fast response. Delivers real-time data to command centers.

Easy Deployment & Integration

Lightweight, modular design for fixed, portable, and vehicle-mounted use. Seamlessly integrates with radar, CCTV, and jamming systems.

Technical Specifications

No. Parameter Specification
1 Microphone Units 64 units (max. 192 units)
2 Acoustic Bandwidth 20Hz–20kHz
3 Positioning Time 100ms
4 Max Targets 3 targets (can be further increased)
5 Single Array Detection Distance 0–500m (quiet environment) / 0–150m (urban environment)
6 Three-Array Synergy Distance accuracy: 10m or 10%; Tri-array triangular positioning
7 Multi-Array Networking Max distance: 2–5km
8 Positioning Accuracy 5° (when drone is hovering)
9 Azimuth Angle Max 360°
10 Pitch Angle Max 80° (working range: -20° to 90°)
11 Dimensions 460*460*20mm
12 Weight <3.5kg
13 Interface USB / RJ45 / Serial Port
14 False Alarm Rate <10% (with AI recognition)
15 Recognition Rate >90% (with AI recognition)

Application Scenarios

  • Military & Border Security: Military bases, frontline positions, border checkpoints, logistics convoys — defends against weaponized drones.
  • Airport Security: Monitors runway and terminal airspace; prevents drone-related flight disruptions.
  • Critical Infrastructure: Protects power stations, refineries, data centers, and government facilities.
  • Large Events & Public Security: Temporary protection for rallies, sports events, and crowded venues.
  • Industrial & Corporate Security: Guards against industrial espionage and illegal aerial surveillance.

System Integration Capabilities

  • Integrates with anti-drone jamming systems for automatic threat neutralization
  • Connects with PTZ CCTV cameras for visual verification and tracking
  • Links to command-center software for monitoring, analysis, and multi-terminal alerts
  • Supports distributed multi-node networking for large-area coverage

Why Choose Our System?

In long-term conflict zones — especially the Middle East — drone threats are growing rapidly in frequency and sophistication.

Our system provides passive covert operation, all-weather reliability, high precision, and low cost — ideal for desert and high-risk environments.

What truly differentiates us: We focus on supporting system integrators with high-performance PCBA modules, customized aesthetic layout, and professional code generation — reducing your integration costs and speeding up project delivery.

Anti-UAV Acoustic Positioning System | Professional PCBA Integration for System Integrators

Reliable Passive Anti-UAV Solution with PCBA Integration, Custom Options & 15+ Target Tracking – Ideal for System Integrators Seeking Cost-Effective Integration

Anti-UAV Acoustic Positioning System | Professional PCBA Integration for System Integrators
Anti-Drone Acoustic Sensor: High - Quality Microphone Array for Speech Enhancement & Precise Drone Sound Locating

Anti-Drone Acoustic Sensor: High - Quality Microphone Array for Speech Enhancement & Precise Drone Sound Locating

$ $
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64-Channel Spiral Microphone Array Acquisition Kit

All-in-One Solution for Acoustic Detection, UAV Monitoring & Sound Source Localization

The 64-Channel Spiral Microphone Array Acquisition Kit is an integrated professional system built for high-precision acoustic signal collection, drone detection, noise analysis, and real-time audio-video synchronization. It combines a high-performance MEMS array, industrial-grade acquisition board, and HD camera, delivering stable, reliable, and lossless data capture for research, security, and industrial applications.

Professional Features

  • 64-channel high-sensitivity MEMS microphone with spiral structure for 360° omnidirectional monitoring
  • Ultra-wide frequency response 20Hz–80kHz for detecting weak and high-frequency UAV sound signals
  • 192kHz sampling rate & 16-bit synchronous acquisition for high-fidelity audio data
  • Dual transmission interface (USB + Gigabit Ethernet UDP) for long-distance and high-speed transmission
  • 1080P HD camera with IMX298 sensor for synchronized video and acoustic positioning
  • Open API, demo software and multi-track WAV recording for easy secondary development

Why Choose This Kit?

This acoustic acquisition kit provides excellent anti-interference ability and full-range coverage, making it superior to traditional monitoring methods. It effectively solves radar blind spots and is widely used in drone detection, urban noise monitoring, industrial fault diagnosis, and security early warning. With plug-and-play design and professional support, it is the best choice for accurate acoustic monitoring.

Specifications

Equipment Item Details
Microphone ArrayChannels64-channel MEMS
Microphone ArrayStructureMulti-arm spiral
Microphone ArrayFrequency20Hz - 80kHz
HD CameraSensorIMX298
HD CameraResolution1080P 30fps
Acquisition BoardInterfaceUSB + Gigabit Ethernet UDP
Acquisition BoardSampling Rate192kHz
Acquisition BoardSamplingSynchronous Sampling

Application Fields

  • UAV & drone detection, tracking and acoustic localization
  • Urban noise monitoring and noise source positioning
  • Industrial equipment fault detection and acoustic analysis
  • Security monitoring and perimeter early warning system
  • Laboratory acoustic research and signal acquisition
  • Vehicle acoustics and environmental sound assessment

Support & Service

  • Professional multi-track recording software for 64-channel audio
  • Complete API library for customized development
  • Ready-to-use sound source localization demo program
  • User manual, technical support & customization service

Contact Us for More Details

For inquiries, pricing, customization or bulk orders, please contact our sales team directly.

WhatsApp: +86 18123677761

Anti-UAV Acoustic Positioning System FAQ for System Integrators

1. What is an Anti-UAV Acoustic Positioning System, and how does it work for system integrators?
Our Anti-UAV Acoustic Positioning System is a passive detection solution that uses advanced beamforming technology and AI-powered acoustic pattern recognition to detect, locate, and track unauthorized drones via their unique sound signatures. For system integrators, it provides high-quality PCBA modules and full customization support to seamlessly integrate into anti-UAV platforms.
2. Why is the passive detection mode of your anti-UAV system suitable for high-sensitivity areas?
The system adopts a listen-only working mode with zero electromagnetic radiation, which is undetectable by anti-radiation weapons and highly resistant to electronic jamming. This ensures covert operation, making it ideal for military bases, airports, and critical infrastructure—areas where electromagnetic signals may cause interference or expose the system.
3. What PCBA module services do you provide for system integrators?
As a professional partner for system integrators, we supply high-performance PCBA modules for anti-UAV platforms, including aesthetic layout design, professional code generation, mechanical integration, and software adaptation. All modules are customizable to meet your specific integration requirements.
4. Can your Anti-UAV Acoustic Positioning System track more than 15 targets simultaneously?
Yes. After PCBA module integration, our system supports tracking 15+ targets at the same time. The standard version supports 3 targets, but with customized PCBA integration and algorithm optimization, we can upgrade it to track over 15 targets simultaneously to meet your large-scale surveillance needs.
5. What customization options are available for the anti-UAV system and PCBA modules?
We offer full customization, including PCBA module layout design, code generation, mechanical integration, software adaptation, target tracking capacity (up to 15+), detection range optimization, and interface adaptation. We tailor solutions to match your anti-UAV platform and project requirements.
6. How accurate is the positioning of your Anti-UAV Acoustic Positioning System?
The system uses phased-array microphones and TDOA algorithms to achieve meter-level positioning. When the drone is hovering, the positioning accuracy is 5°; with three-array synergy, the distance accuracy is 10m or 10% (whichever is greater), ensuring precise localization even for small FPV drones.
7. Does the system work in harsh weather conditions, and how does it compare to radar?
Our system offers all-weather and all-time performance, working reliably in fog, rain, dust, daylight, and complete darkness—filling the critical detection gaps of radar and optical systems. Unlike radar, it is not affected by weather or environmental interference and has lower hardware and maintenance costs.
8. What is the detection distance of your anti-UAV acoustic system?
The single array detection distance is 0–500m in a quiet environment and 0–150m in an urban environment (with ambient noise). We are also developing AI-enhanced long-distance detection. With multi-array networking (max distance 2–5km), the detection and positioning range can be greatly extended.
9. How easy is it to deploy and integrate your system into existing anti-UAV platforms?
The system features a lightweight, modular design suitable for fixed, portable, and vehicle-mounted use. It seamlessly integrates with radar, PTZ CCTV cameras, anti-drone jamming systems, and command-center software. We provide PCBA modules with optimized layout to reduce your integration costs and speed up project delivery.
10. What is the maximum number of microphone units supported by the system?
The standard system is equipped with 64 microphone units, and the maximum number can be expanded to 192 units. More microphone units can enhance detection accuracy and range, which we can customize according to your project’s scale and requirements.
11. How does the system distinguish drone sounds from ambient noise?
The system uses AI-powered acoustic pattern recognition technology to identify the unique sound signatures of drones (including small FPV drones) and filter out ambient noise. With AI recognition, the false alarm rate is less than 10%, and the recognition rate is over 90%.
12. Can the system be networked to form a wide-area detection net?
Yes. The system supports distributed multi-node networking, with a maximum distance of 2–5km between nodes. This allows system integrators to build a wide-area “acoustic detection net” to cover large areas such as border checkpoints, airports, and industrial parks.
13. What interfaces does the Anti-UAV Acoustic Positioning System support?
The system supports USB, RJ45, and Serial Port interfaces, making it easy to connect with other devices (such as CCTV cameras, jamming systems, and command-center software) and integrate into your existing anti-UAV ecosystem.
14. Is the system suitable for military and border security applications?
Absolutely. The system is designed to defend against weaponized drones and is ideal for military bases, frontline positions, border checkpoints, and logistics convoys. Its passive covert operation and all-weather performance make it perfect for high-risk desert and conflict zones (especially the Middle East).
15. How fast is the positioning time of the system?
The system’s positioning time is only 100ms, enabling fast response and real-time tracking of drones. This ensures that system integrators can quickly obtain target data and transmit it to command centers for timely threat response.
16. What is the weight and dimensions of the system, and how does it affect deployment?
The system has dimensions of 460*460*20mm and weighs less than 3.5kg. Its lightweight and compact design makes it easy to deploy in various scenarios—fixed installations, portable use, or vehicle-mounted deployment—without requiring complex infrastructure.
17. How does your system support system integrators in reducing integration costs?
We focus on providing high-performance PCBA modules with optimized layout and professional code generation, eliminating the need for integrators to develop modules from scratch. Our full customization support also ensures that the system fits seamlessly into your existing platform, reducing integration time and costs.
18. Can the system integrate with anti-drone jamming systems for automatic threat neutralization?
Yes. The system has strong integration capabilities and can be seamlessly connected with anti-drone jamming systems. When a drone threat is detected and located, it can automatically trigger the jamming system to neutralize the threat, forming a complete anti-UAV solution.
19. What is the false alarm rate and recognition rate of the system?
With AI recognition technology, the system’s false alarm rate is less than 10%, and the recognition rate is over 90%. This ensures reliable detection and reduces unnecessary alerts, making it suitable for long-term use in high-sensitivity areas.
20. How can system integrators contact you for PCBA customization and anti-UAV solution support?
You can reach us via WhatsApp: +86 18123677761. Our professional team will provide one-on-one support for PCBA module customization, system integration guidance, and solution optimization to meet your specific project needs.