Détails de produit
Lieu d'origine: Chine
Nom de marque: JDY
Numéro de modèle: JDY-700
Conditions de paiement et d'expédition
Quantité de commande min: 1
Prix: $35714
Détails d'emballage: cas de vol
Délai de livraison: 30 JOURS
Conditions de paiement: D/P
Capacité d'approvisionnement: 200 par mois
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Gain d'antenne:
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1,05m, 1,15m, 1,25m
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Méthode d'installation:
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Portable
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Options de couleur:
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Vert de l'armée, gris
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Déception:
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0 ~ 3000m (réglable)
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Méthode d'alarme de détection:
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Alarmes sonores et visuelles
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Bande d'interférence:
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900 MHz, 1,5 GHz, 2,4 GHz, 5,8 GHz
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Réseautage:
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4G/5g/LAN (en option)
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Technologie du récepteur:
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LekDro 915 MHz Rx ELRS
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Compatibilité:
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Efficace contre la plupart des drones commerciaux
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Interface de contrôle:
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Fonctionnement manuel à main
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Portabilité:
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Conception portative, légère et ergonomique
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Gamme de fréquences:
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2,4 GHz et 5,8 GHz
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Précision de positionnement:
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≤5m (analyse du protocole)
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Fréquence:
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900 MHz/1,5 GHz/2,4 GHz/5,8 GHz
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Bande de fréquence de brouillage:
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900 MHz, 1,5 GHz, 2,4 GHz, 5,8 GHz
|
|
Gain d'antenne:
|
1,05m, 1,15m, 1,25m
|
|
Méthode d'installation:
|
Portable
|
|
Options de couleur:
|
Vert de l'armée, gris
|
|
Déception:
|
0 ~ 3000m (réglable)
|
|
Méthode d'alarme de détection:
|
Alarmes sonores et visuelles
|
|
Bande d'interférence:
|
900 MHz, 1,5 GHz, 2,4 GHz, 5,8 GHz
|
|
Réseautage:
|
4G/5g/LAN (en option)
|
|
Technologie du récepteur:
|
LekDro 915 MHz Rx ELRS
|
|
Compatibilité:
|
Efficace contre la plupart des drones commerciaux
|
|
Interface de contrôle:
|
Fonctionnement manuel à main
|
|
Portabilité:
|
Conception portative, légère et ergonomique
|
|
Gamme de fréquences:
|
2,4 GHz et 5,8 GHz
|
|
Précision de positionnement:
|
≤5m (analyse du protocole)
|
|
Fréquence:
|
900 MHz/1,5 GHz/2,4 GHz/5,8 GHz
|
|
Bande de fréquence de brouillage:
|
900 MHz, 1,5 GHz, 2,4 GHz, 5,8 GHz
|
Utilizing advanced digital radio frequency jamming technology, the device is specifically designed for drone control in complex environments. It supports full-band jamming of mainstream drone communication, remote control, image transmission, and navigation frequency bands, effectively suppressing data transmission links between the drone and its remote controller, and blocking real-time image transmission and satellite navigation signals. Through intelligent spectrum management technology, the device can quickly identify target signals and implement precise jamming, providing reliable low-altitude safety in scenarios such as urban areas, industrial parks, airport perimeters, major event security, and critical infrastructure protection.
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| Parameter Item | Technical Specifications |
|---|---|
| Countermeasure Method | Omnidirectional strike (12 external omnidirectional antennas) |
| Target | Flight control link, navigation signals |
| Countermeasure Distance | 1-3000m (based on local electromagnetic environment) |
| Response Speed | 2.5s |
| Countermeasure Signals | All commonly used wireless signals from 20MHz to 6000MHz |
The device adopts a simple and efficient human-machine interface design, requiring no complex configuration for immediate use. Users simply press the start button, and the system automatically completes self-testing, frequency band loading, and operating mode configuration, quickly entering operational status. The intelligent control software can automatically adjust operating parameters according to preset strategies, lowering the operational threshold and improving on-site deployment efficiency. Even in emergency mission environments, operators can quickly start the device and execute tasks, achieving rapid response and efficient management.
To meet the needs of mobile applications, the device adopts a compact and lightweight structural design, balancing performance and portability. With its reasonable overall size, the device can be easily placed inside a vehicle for mobile deployment or carried in a backpack for individual transport. For cross-regional missions or long-distance travel scenarios, the equipment is easy to carry and adaptable to conventional transportation environments, contributing to improved mission flexibility and mobility. Whether for fixed-point duty or temporary emergency deployment, it can be quickly deployed and put into use.
The device has a built-in data recording and analysis module that automatically stores operating status, alarm information, mission time, and related operation logs. Administrators can view equipment usage through the historical record query function and perform statistical analysis on data from different time periods, providing a reference for subsequent management decisions. The system supports multi-dimensional record retrieval and data export, helping to establish complete operational archives, improve equipment management efficiency and mission review capabilities, and provide data support for long-term security protection work.