Drone-mounted high-power microwave system with 100MW effective radiated power, miniaturized design ≤15kg, and real-time damage effect assessment

1
MOQ
Please consult a sales engineer
Prix
Drone-mounted high-power microwave system with 100MW effective radiated power, miniaturized design ≤15kg, and real-time damage effect assessment
traits Galerie Description de produit Demandez une citation
traits
Caractéristiques
Distance effective des dégâts: ≥ 20 mètres
Poids du système: ≤15 kilogramme
Chaîne d'interférence: Azimut -45° à +45°, élévation 0° à 90°
Support d'orientation externe: Oui, pour le suivi et le guidage des cibles
Bande de fréquence de fonctionnement: Bande X
Puissance rayonnée isotrope équivalente (PIRE): ≥100 MW
Mettre en évidence:

100MW effective radiated power drone-mounted high-power microwave system

,

Miniaturized design ≤15kg UAV-mounted HPM system

,

Real-time damage effect assessment anti-drone microwave weapon

Informations de base
Lieu d'origine: Chine
Nom de marque: UND
Conditions de paiement et expédition
Délai de livraison: 5-8 jours
Conditions de paiement: T/T
Capacité d'approvisionnement: 100
Description de produit
Drone-Mounted High-Power Microwave Damage System
Drone-mounted high-power microwave system with 100MW effective radiated power, miniaturized design ≤15kg, and real-time damage effect assessment 0
High-power microwave (HPM) weapons represent the most effective solution for countering drone swarms, unmanned surface vessels, and other unmanned combat platforms. Leading systems including the Raytheon Phased Array High-Power Microwave System, Epirus "Leonidas" microwave pod, and various international developments have demonstrated proven effectiveness against drone swarm threats.
HPM technology offers superior spatial directional radiation power density, extensive coverage, long-range capability, and wide damage range, making it essential for future battlefield operations. Traditional systems face limitations including large size, high power consumption, complex systems, and poor mobility. Our drone-mounted solution overcomes these challenges through miniaturization, intelligent operation, controlled power output, and real-time damage assessment capabilities.
System Composition and Function
The system integrates a multi-rotor drone platform with a planar array antenna, microwave high-power components, signal generation system, control system, and power distribution system. Capable of generating over 100 MW effective radiated power (ERIP), the system autonomously approaches threat targets within damage range and releases high-power microwave pulses to neutralize drone electronics.
Working Principle
Command and control systems guide the drone-mounted platform to approach threat targets using radar and optical tracking. Once within effective range, the signal generation system produces targeted pulse signals amplified through high-power microwave sources and transmitted via array antenna. This results in damage to sensitive electronic components, causing loss of control or system failure.
Core Technical Features
  • Miniaturized Design: High-power density power supply, miniature vacuum amplifier tubes, and lightweight antenna achieve total system weight ≤15kg
  • Intelligent Operation: Phased array technology enables real-time beam direction and width adjustment for precise damage control
  • Real-time Damage Assessment: Automated evaluation of attack effectiveness through pre- and post-attack target data analysis
Technical Specifications
Specification Value
Operating Frequency Band X-band
External Guidance Support Yes, for target tracking and guidance
Interference Range Azimuth -45° to +45°, Elevation 0° to 90°
Equivalent Isotropic Radiated Power (EIRP) ≥100 MW
System Weight ≤15 kg
Effective Damage Distance ≥20 meters
produits recommandés
Prenez contact avec nous
Personne à contacter : Susan
Téléphone : +8613991372145
Caractères restants(20/3000)