ALFASIS MULTI-BAND DIRECTIONAL JAMMER SYSTEM
The Alfasis Multi-Band Directional Jammer System is a high-power, modular RF suppression platform designed to neutralize UAV/drone, GNSS, Wi-Fi, telemetry, and long-range remote-control threats. Equipped with a motorized high-gain directional antenna and 15-band modular structure, the system delivers up to 1000 W total RF output, providing focused long-range protection for military operations, critical facilities, and convoy/VIP security.
Product Highlights
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Total RF Output Power: 1000 W across 15 configurable bands
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Frequency Range: 400 MHz – 6 GHz
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Threat Coverage: UAV/drone links, GNSS (GPS/GLONASS/BeiDou), Wi-Fi, telemetry, RC signals
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Directional Antenna System: High-gain, motorized rotating antenna enabling focused, long-range jamming
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Modular Design: 8 standard bands + 5 optional mission-specific add-on bands
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Control Options: On-board LCD control panel + remote control interface
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Field-Ready Build: Ruggedized structure, suitable for vehicle or fixed installations
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Effective Range: Up to 20 km (environment & band dependent)
Technical Specifications
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Frequency Coverage: 400 MHz – 6 GHz (15 total bands)
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Total RF Output Power: 1000 W
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Antenna: High-gain directional antenna with motorized rotation
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Power Supply: 220 VAC
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Operating Temperature: −20 °C to +60 °C
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Control Interface: LCD panel + remote control optional
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Installation: Vehicle-mounted or field-deployable
Application Areas
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Military operations & tactical missions
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UAV/drone countermeasures (C-UAS)
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Airport, energy facility & critical infrastructure protection
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Border security & communication protection
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Convoy, VIP, and mobile force security
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Urban & field-based RF suppression operations
Key Advantages
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Long-range directional suppression (up to 20 km)
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Highly customizable multi-band architecture
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Fast response against modern RF threats
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Heavy-duty construction for harsh conditions
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User-friendly control and configuration options
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Commercial Notice
Product pricing is not listed publicly, but is fully negotiable depending on configuration and operational requirements.

