Tavria is a modern electronic warfare complex designed to protect positions and infrastructure from UAVs by suppressing their control systems across a wide frequency spectrum. Unlike directional jammers that cover one sector, Tavria is built around 360 degree protection.
This makes the system relevant for locations where a drone threat can appear from any side: field command posts, temporary bases, ammunition or equipment storage sites, infrastructure points and civilian facilities that need rapid short-range protection.
Close-range electronic shield
The system uses dome antennas and a circular radiation pattern. In practical terms, Tavria creates an electronic protective zone around the protected point, making it harder for small UAVs to maintain stable control links as they approach.
The declared operating frequency ranges include 300-400 MHz, 400-500 MHz, 500-600 MHz, 600-700 MHz, 700-840 MHz, 840-950 MHz and 950-1050 MHz. Such coverage is intended to affect different control and communication channels that may be used by drones or related systems.
Mobile and weather-resistant
Tavria is presented as compact, mobile and efficient. That matters because counter-UAV protection often has to be deployed quickly, moved between positions and adapted to changing terrain.
The protection class is listed from IP-68 to IP-66, which indicates high resistance to field conditions. For electronic warfare equipment, this is not cosmetic: devices operate outdoors, face dust, moisture, rain and temperature changes, and still need to remain ready for continuous duty.
Power, cooling and role in defense
The output power is stated at up to 120-140 W per channel. The system also uses active cooling with forced ventilation, a necessary feature for equipment that may work for long periods under load.
The effective range is 90-200 meters, depending on terrain, signal repeaters and weather conditions. That places Tavria in the last-layer protection category. It is not a long-range suppression system; its role is to create a stable local electronic barrier around the object being protected.
In modern defense, such systems work best as part of a layered counter-drone network. Detection, observers, radio intelligence, directional jammers and kinetic tools all cover different phases of the threat. Tavria fills the close perimeter: the area where a small drone must no longer be allowed to approach freely.
