Radar & Advanced Targeting The PicoSAR Active Electronically Scanned Array (AESA) radar provides an unrivalled all-weather capability for Unmanned Aerial Systems, fixed wing and helicopter platforms. Building on over 50 years of experience in the airborne radar field, PicoSAR combines our knowledge with the latest technology to meet the evolving requirements of the 21st century. KEY FEATURES The key to PicoSAR is the use of AESA technology in a small, compact configuration. Using many low power, solid state Transmit/Receive Modules (TRM) within its array, the PicoSAR radar is more reliable than conventional radar systems. For the most compact installations PicoSAR can be mounted directly onto the platform and the beam steered electronically, or it can be mounted on a gimbal for an even greater field-of-view. PicoSAR consists of a single small Line Replaceable Unit (LRU). This LRU can be reconfigured if required to ease installation, by detaching the antenna unit from the processor unit. In addition, due to the flexibility of AESA technology the radar antenna can be resized to address specific platform constraints or customer performance requirements. KEY BENEFITS ■ Excellent performance - High resolution ground mapping - Wide area coverage - High performance GMTI ■ Low cost of ownership ■ Reconfigurable radar system ■ Lightweight ■ Compact ■ Very high reliability ■ Easy to install and use. LEONHRDO * AIRBORNE & SPACE SYSTEMS

Frequency Scan Coverage Maximum Range Map Resolution Cooling Weight Input Power PicoSAR delivers a high resolution Synthetic Aperture Radar (SAR) imaging and Ground Moving Target Indication (GMTI) capability that permits new and existing platforms to easily acquire a true, all-weather ground mapping and surveillance capability. Its compact size, low weight and low power consumption permit installation in parallel with electro-optical/ infrared sensors even on platforms with limited payloads. X band ±45° 20km (resolution dependant) <1m Unconditioned Air (existing internal fans) 10kgs <300W 28V...