Elbit Systems has developed the Skylark C, a new
highly autonomous Mini Unmanned Aircraft System (Mini-UAS)
specifically designed and built for maritime applications.
Based on the Skylark I Mini UAS, which are fully
operational and in use by dozens of customers around the world,
the new Skylark C transforms and extends the operational
capabilities of its land-based counterpart into an organic
maritime Intelligence, Surveillance, Target Acquisition and
Reconnaissance (ISTAR) asset.
Skylark C incorporates an electrically-propelled air vehicle with
a very low visual and acoustic signature, making it an ideal
solution for covert operations such as special naval operations,
border security, anti-terrorism and anti-piracy operations.
The aerial vehicle features an advanced inertial navigation
system (INS) and a stabilized electro-optical (EO) payload with a
high resolution thermal imager and color daylight camera that
enables continuous day/night monitoring in diverse weather
conditions.
During the mission, high quality day or night
video is available in real time in the MCS. The operator focuses
on the mission rather than on flying the vehicle, applying
convenient and effective control features such as fly-by-camera.
Retrieval of the UAS after the mission is enabled through the use
of a fully autonomous parachute-based recovery, allowing
the lightweight waterproof air vehicle to safely glide, land and
float on water surfaces guided by GPS.
A net recovery on deck is
an optional capability. The entire process – from recovery to next
launch – takes no longer than 15 minutes. Only two operators are
required to operate the system.
“Until recently, the
ability to achieve real-time maritime situational awareness and
ISTAR capabilities in a short period of time and with minimal
resources remained a significant gap,” said Elad Aharonson,
General Manager of Elbit Systems ISTAR Division . “Now, with
Skylark C, small-scale naval crews, such as special operations
forces and coast guard patrols, can capture mission-critical
information using a truly intuitive and organic system, and as a
result significantly improve their operational effectiveness.”
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