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Product Code: 57270-999
216 200 грн.
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Main specifications
Detection range: 150–450 m (aligned with concertina perimeter geometry ~400 m)
Device type: Integrated Tactical Perimeter Complex with Acoustic Sensor (ZVOOK NW0) and Rotary Mechanisms ("Shipshyna", automated version)
Features: Automatic FPV drone detection via ZVOOK NW0 acoustic sensor; 24/7 AI-powered acoustic environment analysis; 360° aerial situation monitoring; Automatic initiation of 2 rotating mechanisms; Creation of a mechanical barrier with razor wire; FPV drone fiber optic cable severance on contact; Integration with EW systems (auto-launch in case of threat); Fully autonomous operation without an operator; Remote sensor software updates; Enhanced resistance to weather conditions and combat loads; Protection against false positives thanks to AI filtering
How it works: Acoustic detection of FPV drones via ZVOOK NW0 with AI signal analysis and automatic activation of two rotating mechanisms with razor wire, creating a physical barrier and causing fiber optic breakage
Interfaces / Connectivity: Ethernet / Network Control (NW0 Sensor); Engine Control Module Integration; Automatic Sensor-Triggered Launch; EW System Connectivity (Automatic Launch); Powered by Batteries / Solar Panels
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Description

The system's launch initiation operates automatically using the NW0 acoustic sensor. ZVOOK NW0 is a tactical acoustic sensor for detecting enemy FPV drones by the sound of their operation. The device is equipped with artificial intelligence that continuously analyzes the 360-degree acoustic environment and instantly reacts to the appearance of an aerial threat.

The sensor has a high level of protection against dust, water, and mechanical impact (IP67), allowing its use in difficult combat and weather conditions. The system supports remote firmware updates, thanks to which the device is constantly improved to account for new types of threats.

Upon detecting an enemy FPV drone, the acoustic sensor automatically activates the launch of 2 rotating mechanisms connected by concertina wire.
When creating optical fiber, the wire is wound, which can lead to its breakage and the drone's fall.

The acoustic sensor is a key element in this system, as the rotating mechanism is only launched when a real threat approaches. This, in turn, significantly increases the system's autonomy and eliminates the need for an additional operator who would constantly monitor the air situation and manually activate the device. The sensor's detection range is identical to the 400 meters of concertina wire stretched between the rotating mechanisms, making these two elements of the system integral.

This solution is actively used by units in combat conditions due to its effectiveness, unpretentiousness to weather conditions, and autonomy. It provides coverage for a 400-500 meter perimeter. The system can initiate EW jammers in automatic mode. The batteries are insulated for correct operation in winter.

The kit includes:

-    Motor module                   
-    Control module                   
-    Barbed wire with fasteners               
-    Set of fasteners for existing supports                   
-    Batteries and peripherals                   
-    Solar Panels
-    ZVOOK NW0 Acoustic Sensor                   
-    Battery insulation

Specifications
Detection range 150–450 m (aligned with concertina perimeter geometry ~400 m)
Device type Integrated Tactical Perimeter Complex with Acoustic Sensor (ZVOOK NW0) and Rotary Mechanisms ("Shipshyna", automated version)
Features Automatic FPV drone detection via ZVOOK NW0 acoustic sensor; 24/7 AI-powered acoustic environment analysis; 360° aerial situation monitoring; Automatic initiation of 2 rotating mechanisms; Creation of a mechanical barrier with razor wire; FPV drone fiber optic cable severance on contact; Integration with EW systems (auto-launch in case of threat); Fully autonomous operation without an operator; Remote sensor software updates; Enhanced resistance to weather conditions and combat loads; Protection against false positives thanks to AI filtering
How it works Acoustic detection of FPV drones via ZVOOK NW0 with AI signal analysis and automatic activation of two rotating mechanisms with razor wire, creating a physical barrier and causing fiber optic breakage
Interfaces / Connectivity Ethernet / Network Control (NW0 Sensor); Engine Control Module Integration; Automatic Sensor-Triggered Launch; EW System Connectivity (Automatic Launch); Powered by Batteries / Solar Panels
Kit Contents Engine module (2 pcs); Control module; Barbed wire / concertina with fasteners; Mounting kit for existing poles; Batteries and peripherals; Solar panels; ZVOOK NW0 acoustic sensor; Battery insulation
Mounting Perimeter installation (400–500 m sector); Mounting on existing supports; Engineering deployment of razor wire between rotating nodes; Modular field installation; Rapid deployment without complex infrastructure
Mounting type Stationary / Perimeter (engineering deployment on supports, field infrastructure)
Power Supply Battery packs (with insulation for winter conditions); Solar panels; 12V / 24V / 48V DC; 220V AC (via the complex's power system); Integration with Zvook Power Box
Purpose Automatic detection of FPV drones and initiation of mechanical interception by launching rotating modules with razor wire to create a physical barrier and sever fiber optics
Sensitivity AI-powered acoustic signal processing for FPV drones; High resistance to noise interference; 360° omnidirectional coverage; Optimized combat environment filtering
Sensor type Acoustic AI Sensor (ZVOOK NW0, Microphone Array)
Signal processing frequency Continuous processing (real-time AI monitoring); System status update: ~2 seconds; 24/7 acoustic environment analysis
Working Hours Fully autonomous / automatic (operator-free); Trigger-based activation
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