EJDERHA can remotely stop all kinds of civil/military vehicles and air targets containing electronic circuits that can be classified as threats in the tactical field and facility entrance-exit areas, with electromagnetic signals.
EJDERHA creates a distinctive solution for convoy protection/deployment activities with new generation technologies.
The system, which can be integrated into tactical wheeled armored/tracked vehicles, can be controlled both manned and unmanned (via remote command).
View attachment 61625
ASELSAN exhibited the electronic warfare system EJDERHA at the IDEF 2023 fair.
ASELSAN General Manager Ahmet Akyol shared the latest test images of EJDERHA in his presentation within the scope of SAHA MBA Senior Bureaucrat and Sector Leaders Training.
Developed for the Land Forces Command and security forces, EJDERHA will be able to remotely stop any civil/military vehicle containing electronic circuits with electromagnetic signals.
ASELSAN EJDERHA will make a difference in electronic warfare
EJDERHA, produced by ASELSAN, can emit high-power electromagnetic (EM) radiation for a limited time, via a single pulse or a series of pulses, using a specially designed directional antenna/reflector set. Electromagnetic energy produced by High Power Microwave sources is used to prevent the targeted electronic devices from working, to cause them to malfunction, or to damage them and render them inoperable.
EJDERHA can remotely stop all kinds of civil/military vehicles and air targets containing electronic circuits that can be classified as threats in the tactical field and facility entry-exit areas, with electromagnetic signals. This will deal a blow to the use of improvised explosive devices, drones or electronic systems frequently used by terrorist organizations.
In addition, EJDERHA creates a distinctive solution for convoy protection/deployment activities with new generation technologies. The system, which can be integrated into tactical wheeled armored/tracked vehicles, can be controlled manned and unmanned (via remote command). In this way, a rich usage scenario is presented under field conditions.