A new milestone in domestic defense technology: The Ministry of Defence of Ukraine has officially codified the portable electronic warfare (EW) system “VIK-2K”. This status paves the way for state procurement and mass deployment of this vital tactical gear to the front lines.
Developed by the Ukrainian company Defika, the VIK-2K is designed to address one of the most persistent threats on the modern battlefield—hostile commercial drones.
Key Mission: Anti-Drone Defense
The primary purpose of the VIK-2K is to protect infantry and assault groups from hostile UAVs, specifically DJI Mavics and similar commercial drones often used by the enemy for reconnaissance, artillery correction, and direct attacks.
“The system is capable of jamming drone control channels at a distance of 50 to 250 meters, depending on the terrain conditions”, reports the source.
Technical Specifications & Performance
The system delivers robust interference capabilities in a compact form factor:
Operating Frequencies: 2.4 GHz and 5.8 GHz.
Total Output Power: 100 Watts.
Cooling: Equipped with an active cooling system to prevent overheating during prolonged operation.
Tactical Design & Versatility
The VIK-2K is engineered with the soldier’s mobility in mind. The complex is integrated into a framed assault backpack, ensuring comfort during movement. Its modular design offers flexible deployment options:
Wearable: Antenna attached directly to the backpack.
Handheld: Can be operated manually.
Stationary: Mountable on a tripod for fixed-position defense.
A standout safety feature is the remote control capability. The system includes a cable up to 6 meters long, allowing the operator to control the device from a protected position while the electronics remain exposed to the threat.
Power Supply Flexibility
To ensure continuous operation in harsh field conditions, the VIK-2K supports three power modes:
Internal Battery: Provides up to 2 hours of autonomous operation.
External Grid (220 V): Allows for continuous use while simultaneously charging the internal battery.
DC Sources (24–29 V): Can be powered by external direct current sources, including batteries typically used for FPV drones.
Why this matters: The codification of the VIK-2K is not just a bureaucratic formality; it enables systemic supply, planned maintenance, and the scaling of domestic EW solutions that save lives on the zero line.
Source: MILITARNYI
