The Osprey multi-mode surveillance radar provides second generation Active Electronically Scanned Array (AESA) surveillance capability as the primary sensor on airborne assets to meet the challenges of the 21st century.
A scalable design fulfills the surveillance requirements of unmanned aerial systems (UAS) through strategic ISR platforms of users around the world. Osprey operates in the most demanding roles for fixed and rotary wing applications, bringing together wide azimuth and elevation electronically scanned (E-Scan) fixed antenna(s) with a compact processor and multi-channel receiver.
Osprey provides a genuine multi-domain capability, with high performance sea surveillance, notably against ‘difficult targets’, land surveillance with wide swath, very high resolution ground mapping, small and low speed ground target indication, and high performance air-to-air surveillance.
These capabilities, combined with the radar’s ability to rapidly interleave modes and provide scan-independent beam steering, make Osprey ideally suited to mixed environment operations, such as in the littoral.
Osprey is a low size, weight and power (SWaP) radar system, offered with a range of antenna sizes that may include up to four fixed antennas, depending on the azimuth coverage requirement, and which leave the belly of the aircraft free for operation to and from unprepared surfaces; or for other antennas, sensors or weapon systems. It is particularly well suited to UAS operations, with very high reliability for persistent surveillance, and difficult target detection capability from high altitude, facilitating platform line of sight (LoS) communications and improved platform fuel efficiency.
Platform integration is simplified through its flexible configuration (various antenna size and installation options), its low SWaP, air cooled line replaceable units (LRU), and its open standard interfaces.
E-Scan enables simultaneous multi-domain wide area search and Target of Interest (ToI) focus, and ultrafast beam scanning to provide vastly improved clutter cancellation and superior detection performance. This performance is maintained from high altitudes typically encountered by UAS operating at the full extent of LoS data links.
At the core of the AESA radar design is the ability to tolerate individual element failure. Component failures within the array result in graceful performance degradation rather than complete system failure, delivering high operational availability when compared
with conventional radar systems.
Its high reliability and availability result in a reduced maintenance requirement and provides the option to reduce spares holding, resulting in significant cost benefits over the life of the system.
Leonardo is a radar center of excellence that has designed, developed and supported radar systems for more than 65 years. More than 3000 radar systems have been supplied for manned and unmanned fixed and rotary wing aircraft in surveillance, fire control and ground attack roles.
We have extensive experience in surveillance radar and have produced more than 800 systems. Osprey is the latest addition to our family of AESA surveillance radars, which includes Seaspray 7000E, and Seaspray 7500E, and PicoSAR.