Electronic Warfare
How Counter-UAV Jammer Systems Work
A technical overview of RF suppression principles, frequency bands, and deployment strategies used in modern counter-UAV electronic warfare systems.
TRUSTED BY
Electronic warfare · Tactical drones · Airborne EW platforms
Alfasis Savunma Mühendislik A.Ş. is a Turkish defense technology company established in 2021, headquartered in Ankara. We develop and deliver advanced electronic warfare systems, tactical UAV platforms, and airborne EW solutions to defense and security organizations worldwide.
Our portfolio addresses three operational domains: RF suppression and electronic warfare, tactical and strategic drone systems, and the ALFAUAV airborne platform. Every system is engineered for real mission requirements.
Counter-UAV jammers, directional EW systems, and RF shielding for fixed, mobile, naval, and armored deployments.
Tactical, cargo, FPV strike, and long-range kamikaze UAVs for defense and security operations.
VTOL airborne ISR and electronic warfare platform for extended-range tactical missions.
Browse the full portfolio across electronic warfare, drone systems, and airborne EW platforms.
Electronic Warfare
Fixed-site 360° counter-UAV protection with 24/7 continuous jamming capability.
Electronic Warfare
Vehicle-mounted counter-UAV protection for mobile operations, convoys, and tactical deployments.
Electronic Warfare
Tank-integrated counter-UAV protection engineered for armored platforms and frontline operations.
Electronic Warfare
Vessel-integrated counter-UAV protection for naval ships, patrol boats, and maritime platforms.
Electronic Warfare
Long-range directional suppression for counter-UAV and high-value site protection.
Electronic Warfare
Receiver-blind technology — neutralize remote-controlled IED triggers across all known threat frequencies.
Electronic Warfare
Hertz-precision RF shielding for critical institutions — block unauthorized radio communication without disrupting legitimate signals.
A technical overview of RF suppression principles, frequency bands, and deployment strategies used in modern counter-UAV electronic warfare systems.
Understanding the operational trade-offs between fixed-wing and multicopter UAV platforms for reconnaissance, strike, and logistics missions.
A comparative analysis of the three primary counter-UAV detection technologies and how they complement each other in integrated C-UAS architectures.
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