Despite its powerful capabilities, the ELM-2022 is relatively lightweight, weighing approximately 90 kg. This compact design minimizes impact on aircraft payload, making it ideal for missions requiring extended operational time, endurance, and flexibility.
OVERVIEW
The ELM-2022, developed by IAI ELTA, is a sophisticated maritime patrol radar designed for deployment on various airborne platforms, including rotary-wing aircraft. Featuring a large 1-meter antenna and 360-degree scan capability, it provides comprehensive maritime surveillance and exceptional situational awareness across a wide range of operational environments.
HIGHLIGHTS
•Long-range maritime surveillance, up to 200 nm (large targets up to horizon)
•Detection of small targets in adverse sea conditions
•Automatic tracking of all detected targets
•Range profile, ISAR and CSAR classification modes, with automatic classification to class (ISAR library)
•Strip and spot Synthetic Aperture Radar (SAR) imaging and GMTI as ISR support for ground operation
•Integrated IFF/AIS system
•Advanced Ground Radar Operation Station (GROS)
Values & Benefits
The ELM-2022 is engineered to excel in maritime surveillance missions, including long-range patrols of exclusive economic zones (EEZs), search and rescue operations, and environmental monitoring. Its advanced technology enables it to detect and track a wide range of maritime targets under various sea conditions, making it an invaluable tool for ensuring maritime security and safety.
This radar system is not limited to maritime surveillance; it also supports air-to-air and air-to-ground intelligence, surveillance, and reconnaissance (ISR) missions. With diverse operational modes such as Synthetic Aperture Radar (SAR) imaging and Moving Target Indication (MTI), it provides detailed imagery and data crucial for ground and aerial operations.
Operating in the X-band, the ELM-2022 delivers reliable performance in all weather conditions, day and night. Its frequency penetrates adverse atmospheric conditions such as clouds and fog, while mechanical scanning in azimuth and elevation ensures accurate and consistent data collection even in challenging environments.
