Yunshang Jindou (Nanjing) Technology Co., Ltd
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Maison > produits > un brouilleur de drones portatif > Wearable backpack-style anti-drone signal detection, strike, and decoy device

Wearable backpack-style anti-drone signal detection, strike, and decoy device

Détails de produit

Lieu d'origine: Chine

Nom de marque: JDY

Numéro de modèle: JDY-600B

Conditions de paiement et d'expédition

Quantité de commande min: 1

Prix: $21429

Détails d'emballage: cas de vol

Délai de livraison: 30 jours

Conditions de paiement: D/A

Capacité d'approvisionnement: 200 par mois

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200-1000M Interference Distance Handheld Drone Jammer

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Rechargeable Lithium-ion Battery Wearable Drone Jammer

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Directional Antenna Portable Drone Jammer

Configuration du moteur:
Moteur LekDro 3115 900KV (4 pièces)
Alimentation:
Batterie de lithium-ion rechargeable
Gain d'antenne:
1,05m, 1,15m, 1,25m
Mode de charge:
DC25,2 V/3 A.
Bandwitch d’interférence:
900 MGz, 1,5 GHz, 2,4 GHz, 5,8 GHz
Mode de fonctionnement:
Ordinateur de poche
Temps de réponse du brouillage:
≤2 secondes
Source d'alimentation:
Batterie de lithium-ion rechargeable
Tension d'entrée:
220V
Bande de fréquence d'interception:
2,4G/5,8G/900MHz/1,1G/1,4G
Type d'antenne:
Directionnel
Bandes de fréquences:
2,4 GHz et 5,8 GHz
Service personnalisé:
Personnalisation OEM prise en charge
Distance d'interférence:
200 à 1000 m
Mode d'alerte:
Alertes audio/visuelles
Configuration du moteur:
Moteur LekDro 3115 900KV (4 pièces)
Alimentation:
Batterie de lithium-ion rechargeable
Gain d'antenne:
1,05m, 1,15m, 1,25m
Mode de charge:
DC25,2 V/3 A.
Bandwitch d’interférence:
900 MGz, 1,5 GHz, 2,4 GHz, 5,8 GHz
Mode de fonctionnement:
Ordinateur de poche
Temps de réponse du brouillage:
≤2 secondes
Source d'alimentation:
Batterie de lithium-ion rechargeable
Tension d'entrée:
220V
Bande de fréquence d'interception:
2,4G/5,8G/900MHz/1,1G/1,4G
Type d'antenne:
Directionnel
Bandes de fréquences:
2,4 GHz et 5,8 GHz
Service personnalisé:
Personnalisation OEM prise en charge
Distance d'interférence:
200 à 1000 m
Mode d'alerte:
Alertes audio/visuelles
Wearable backpack-style anti-drone signal detection, strike, and decoy device

I. Intelligent Wearable and Watch-Controlled System

This device features an advanced wearable design that adheres to ergonomic principles; its balanced weight distribution ensures comfort and stability even during prolonged use. By linking with a smartwatch, the system enables remote one-touch control, allowing users to execute functions—such as detection, identification, and countermeasures—without needing to hold a handheld terminal or frequently manipulate the device itself. The system interface is clean and intuitive, supporting rapid mode switching and real-time status feedback; this truly liberates the user's hands, thereby enhancing operational and patrol efficiency. Furthermore, the device includes an autonomous operation mode that allows it to execute tasks independently based on preset strategies, significantly lowering the operational threshold and making it ideal for rapid-response scenarios in complex environments.


Wearable backpack-style anti-drone signal detection, strike, and decoy device 0

II. Product Parameter Overview

Parameter Name Parameter Description
Detection Frequency Range: 300MHz – 6GHz
Key Detection Bands: 2.4GHz / 5.8GHz / 400MHz / 800MHz / 900MHz / 1.4GHz
Detection Range: 1 – 3 km
Jamming Bands: 900MHz / 1.5GHz / 2.4GHz / 5.2GHz / 5.8GHz
Jamming Range: > 1 – 2 km
Response Time: ≤ 3 seconds
Spoofing Signal Protocols: GPS / BDS / GLONASS / Galileo
Spoofing Range: 1 – 3 km
Product Dimensions: 475 × 365 × 190 mm
Packaging Dimensions: 670 × 140 × 220 mm
Product Weight: 12 kg
Total Package Weight: 15 kg

III. All-Weather, 24/7 Monitoring and Recording Capability

The device is engineered for all-weather operation, enabling continuous, 24/7 monitoring and data recording. Equipped with a built-in high-performance processing module and a low-power consumption system, the device maintains stable performance even during extended periods of operation. All detection data, spectral variations, and anomalous signals are recorded in real-time, with full support for historical data retrieval and analysis. The system also features an automated alert function; upon detecting signals from a suspicious drone, it instantly pushes a notification to the user, ensuring they remain immediately apprised of airspace dynamics. Data can be synchronized to a cloud platform to facilitate remote monitoring and centralized management, thereby significantly elevating the overall level of security protection.

IV. Single-Operator Portability and Rapid Deployment Design

This device is specifically engineered for single-operator use, prioritizing lightweight construction and high mobility. Its carrying harness incorporates a rapid-donning system, enabling the operator to deploy the equipment and bring it online within mere seconds. Requiring no complex installation or calibration, the system allows for the rapid initiation of missions across diverse environments—including wilderness, urban settings, and complex terrain. Featuring a modular architecture, the device facilitates easy maintenance and component replacement, making it adaptable to a wide range of operational scenarios such as patrol duties, emergency response, and critical area protection. Its highly efficient deployment capability provides a distinct tactical advantage during sudden or unforeseen incidents.

V. A Tripartite System for Drone Detection and Countermeasures

This device integrates drone detection, countermeasures, and deception capabilities into a single unit, thereby establishing a comprehensive low-altitude defense system. Regarding detection, it can precisely identify signals from various types of drones and perform detailed classification analysis. For countermeasures, it supports multiple jamming strategies to effectively disrupt control links and navigation signals. In terms of deception, it utilizes simulated signals to divert drones from their original flight paths, facilitating their safe and secure neutralization. These three functions operate in synergy to significantly enhance the capability to manage complex drone-related scenarios, providing reliable and intelligent airspace security for critical areas.