Elbit Systems unveils the next generation of its Advanced Multi-Sensor Payload System (AMPS NG), adding Shortwave Infrared (SWIR) technology to the existing day CCD (Charge-Coupled Device) TV sensors, and a unique highly capable dual FLIR sensor design.

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Elbit systems AMPS-NG (Picture source: Elbit Systems)

Packed in the widely fielded two line-replacement unit (LRU) AMPS pod, the AMPS NG offers extended capabilities in all conditions, dramatically extending observation performance in limited visibility conditions, using its SWIR channel to effectively overcome high humidity, smoke or dust.

High resolution High-res imagery produced by AMPS-NG of Hermes 900 aerial target tracking from dozens of kilometers (Picture source: Elbit Systems)

In recent flight tests that were conducted in Israel, the new system was able to produce high resolution imagery of a football game in MWIR channel from a distance of 25km and aerial target tracking of the Hermes 900 in SWIR channel from dozens of kilometers.

High resolution imagery produced by AMPS-NG of a football game from a distance of 25km (Picture source: Elbit Systems)

AMPS NG is fully qualified to extreme operational conditions and is in final integration stages and flight tests onboard an Unmanned Aircraft for a European Air Force.

Similar to the legacy AMPS, the new system is optimized to enhance and increase the throughput of target intelligence production which is facilitated by autonomous navigation with an inertial system and GPS, as well as highly accurate geo-pointing and geo-location capabilities. AMPS NG is also suitable for a range of airborne intelligence Stand-off and Stand-in mission profiles and is ideal for use of both manned as well as unmanned aircraft (MALE & HALE UAS).

Elbit Systems Hermes 900 UAS with AMPS (Picture source: Elbit Systems)