The ODIN Miltech project has introduced the second generation of the ODIN-D TURBO 2.0 automotive electronic warfare (EW) complex, which is designed to protect equipment and positions from attacks by FPV drones and Mavic quadcopters.
The ODIN Miltech project has introduced the second generation of the ODIN-D TURBO 2.0 automotive electronic warfare (EW) complex, which is designed to protect equipment and positions from attacks by FPV drones and Mavic quadcopters.
As reported by the ODIN Telegram channel, the new version is the result of three months of experience operating the previous ODIN-D TURBO model, which has been actively used in Defense Forces units since May 2025. The developers have made a number of engineering improvements aimed at increasing power, flexibility, and battery life.
ODIN-D TURBO 2.0 operates in 13 frequency ranges: 300–1050 MHz, 2100–2700 MHz and 5800 MHz. This spectrum allows you to suppress the control and video transmission channels of most FPV drones (frequencies 400–900 MHz) and the popular Mavic quadcopters, which are actively used by both sides of the conflict. The total system power is 1040 W (13 modules of 80 W).
The complex is equipped with two modules with antennas that can work both together and separately to block certain frequency ranges depending on the situation. Power is supplied from two 24V batteries, providing up to 1.5 hours of autonomous operation. Additionally, the kit includes a 220V/24V/12V converter, which allows you to connect the system to EcoFlow charging stations or the on-board network of the car.
According to the developers, ODIN-D TURBO 2.0 is capable of effectively protecting both mobile targets (cars, armored vehicles) and stationary objects, including dugouts. The company plans to continue improving its electronic warfare line, taking into account the needs of front-line units and the rapid evolution of enemy drones.
We will remind you that we also published an article about how Win_Hit drones from the Ukrainian miltech project ODIN began to be used against Shahed and Gerbera. The system was created in Ukraine to intercept strike drones, has passed successful tests and is already being used in combat conditions.
