Detalles del producto
Lugar de origen: Porcelana
Nombre de la marca: JDY
Número de modelo: JDY-1000T
Pago y términos de envío
Cantidad de orden mínima: 1
Precio: $285714
Detalles de empaquetado: caso de vuelo
Tiempo de entrega: 30 días
Condiciones de pago: T/T, D/P
Capacidad de la fuente: 200 por mes
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Impermeable:
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Puede funcionar bajo lluvia ligera.
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Ganancia de antena:
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100W
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Voltaje de entrada:
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220V
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Configuración del motor:
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Motor LekDro 3115 900KV (4uds)
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Rango de contramedidas:
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≥1500m
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Tamaño:
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88X24X9cm
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Tiempo de respuesta de atasco:
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≤2 segundos
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Tipo de visualización:
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Pantalla LCD para estado y configuración.
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Certificaciones:
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CE, FCC, RoHS
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Características de seguridad:
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Apagado automático para evitar el sobrecalentamiento.
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Principio de funcionamiento básico:
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Supresión de interferencias electromagnéticas
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Servicio personalizado:
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Personalización OEM compatible
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Potencia de transmisión:
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40dbm/canal
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Banda de interferencia:
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2.4G 5.8G 5.2G 433M 900M 1,5GHz
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Tiempo de carga:
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Aproximadamente 3 horas
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Impermeable:
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Puede funcionar bajo lluvia ligera.
|
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Ganancia de antena:
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100W
|
|
Voltaje de entrada:
|
220V
|
|
Configuración del motor:
|
Motor LekDro 3115 900KV (4uds)
|
|
Rango de contramedidas:
|
≥1500m
|
|
Tamaño:
|
88X24X9cm
|
|
Tiempo de respuesta de atasco:
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≤2 segundos
|
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Tipo de visualización:
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Pantalla LCD para estado y configuración.
|
|
Certificaciones:
|
CE, FCC, RoHS
|
|
Características de seguridad:
|
Apagado automático para evitar el sobrecalentamiento.
|
|
Principio de funcionamiento básico:
|
Supresión de interferencias electromagnéticas
|
|
Servicio personalizado:
|
Personalización OEM compatible
|
|
Potencia de transmisión:
|
40dbm/canal
|
|
Banda de interferencia:
|
2.4G 5.8G 5.2G 433M 900M 1,5GHz
|
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Tiempo de carga:
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Aproximadamente 3 horas
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The vehicle-mounted mobile drone swarm defense equipment integrates a highly sensitive detection system and intelligent recognition algorithms, enabling stable and accurate target detection and tracking in both bright daylight and low-light nighttime conditions. Equipped with multi-source sensor fusion technology, combining radar, photoelectric, and radio frequency detection modules, the system can quickly identify incoming drone swarms and assess their threat level. Through an automated response mechanism, the equipment can complete deployment and defense preparation in a short time, ensuring continuous, efficient, and reliable all-weather protection capabilities in complex environments. It is suitable for various application scenarios such as border patrol, key area security, and mobile protection.
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The system adopts a ring array layout and a rotatable high-gain antenna design, combined with 360° omnidirectional scanning capability, to achieve all-round monitoring and coverage of the airspace. Through dynamic beam control technology, the equipment can automatically lock onto targets in multiple directions and continuously track them, effectively eliminating blind spots inherent in traditional one-way defense. Simultaneously, the vehicle-mounted platform possesses rapid mobility, allowing for flexible deployment adjustments based on threat direction to form multi-layered protection zones. This ensures no blind spots in low-altitude, ultra-low-altitude, and complex terrain environments, providing a continuous and stable three-dimensional security barrier for critical areas.
The vehicle-mounted mobile UAV swarm defense equipment supports the interception and jamming of various UAV models, including multi-rotor UAVs, fixed-wing UAVs, racing drones, and autonomous swarm UAVs. The system incorporates a multi-protocol identification module, enabling targeted suppression and navigation deception of different control links, effectively severing communication between the UAV and its control unit. The equipment can also automatically select soft-kill or combined jamming strategies based on threat type, achieving forced landing, return-to-home, or hovering effects, significantly improving the ability and success rate in dealing with complex swarm targets.
The equipment supports high-speed data links and remote command and control functions, enabling real-time transmission of detection information, target trajectories, and response status to the command center. The system provides a visual operating interface, supporting map display, target labeling, and historical data recording, facilitating situational assessment and decision-making by command personnel. Simultaneously, the remote control function allows for parameter adjustments and task assignment within a safe area, enabling multi-platform collaborative defense. Through stable and reliable data transmission and remote monitoring capabilities, users can build a unified low-altitude safety management system, improving overall protection efficiency and response speed.