Aesa Radar (Electronic Scanned Asset) serves several key functions in military and civilian applications. A primary capability of the AESA radar is its ability to electronically steer the radar beam without physically moving the antenna. This allows Aesa radar to quickly scan the surrounding airspace or terrain, track multiple targets simultaneously with high precision and quickly adapt to changing operational conditions.
AESA radar also provides better reliability due to its distributed architecture, where many small transmit/receive modules (TRMs) work together to transmit and receive radar signals.
Uses of AESA radar extend into various fields, including military aircraft, naval vessels, ground-based radar systems, and even space applications. In military aircraft, Aesa Radar improves situational awareness by providing detailed information about the surrounding airspace, detecting and tracking airborne targets such as enemy aircraft or missiles, and supporting air and air missions. -ground.
Aesa Radar’s ability to operate in electronic warfare modes also allows it to jam or deceive enemy radar systems, improving survivability and mission success.
Naval ships use AESA radar for maritime surveillance, detecting and tracking surface ships, submarines and low-flying aircraft over long distances. Ground-based AESA radars are employed for air defense, border surveillance and surveillance activities, providing early warning of incoming threats and supporting ground-based air defense systems.
The versatility of Aesa Radar allows it to achieve multiple roles simultaneously, such as surveillance, tracking and electronic warfare, making it an invaluable asset in modern defense and security operations
