Steadicopter – a leader in the Rotary Unmanned Aerial Systems (RUAS) industry, and BIRD Aerosystems – a global provider of innovative defence technology and solutions that protect the air, sea, and land fleets of governments and related agencies, are unveiling the Black Eagle 50H (BE50H) – an advanced hybrid unmanned helicopter, featuring a miniature airborne radar with advanced proprietary technology, for use in maritime intelligence missions. Advanced capabilities for long endurance of up to five hours, together with BIRD Aerosystems’ µMPR capabilities for the detection and tracking of maritime vessels, enable the BE50H to carry out accurate mapping of all vessels within a radius of 200 km within a few hours, in harsh environmental conditions, day or night.
Ronen Factor, Co-CEO and Founder of BIRD Aerosystems said: “Ideal for the protection of maritime borders and strategic assets, BIRD’s innovative µMPR cuts through sea clutter and significantly increases mission effectiveness and cost efficiency. Small and lightweight, it can easily be installed on unmanned aerial systems, such as Steadicopter’s Black Eagle 50H, to create a cost-effective surveillance platform with excellent performance.”
“Maritime border protection is one of the most prominent needs in the world today. The combination of the proven advantages of a hybrid unmanned helicopter system with long flight endurance that enables coverage of large maritime surfaces, with radar capabilities for identifying and locating hostile ships at ranges of several tens of kilometres, provides the vessel’s crew with an accurate intelligence picture within a wide radius of hundreds of kilometres, thereby giving them a significant advantage for mission success,” says Noam Lidor, VP Sales, Marketing & Business Development at Steadicopter.
A true game-changer for uncrewed operations, the BE50H provides its users with the most cost-effective solution for both ISR and pinpoint CAS operations, in both the land and maritime domains, by enabling a unique combination of impressive flight endurance and an extremely versatile sensor suite. With its open architecture modular design, the BE50H accommodates the latest mission payloads, such as BIRD Aerosystems’ µMPR. Coupled with the µMPR, the BE50H provides a first-ever combination of a small tactical RUAS (with a near-to-zero operational, maintenance & logistic footprint), capable of wide-area persistent surveillance and coverage for long durations on the one hand, with all the advantages of the rotary-UAS, such as persistent hovering, which enable additional concepts of operations for many mission applications, on the other.
Implementing sophisticated patented design features, together with powerful signal processing algorithms, BIRD Aerosystems’ µMPR uniquely detects and tracks maritime vessels with 100% identification accuracy. Implemented in a single small Line Replaceable Unit (LRU), the µMPR is extremely lightweight, with very low power consumption. It can be installed in conjunction with AIS and an electro-optical (EO/IR) payload, perform automatic cross-cues between the radar and the EO/IR sensor to confirm target identification, and automatically inform ground control using a precise geo-reference.
Steadicopter designs, builds and manufactures state of the art Rotary Unmanned Aerial Systems (RUAS) – Over the past several years, Steadicopter developed various unmanned rotorcrafts based on its successful Flight Control System. The company delivers exceptional, unprecedented, proven solutions for military, HLS and civilian applications.
BIRD Aerosystems is a leading global provider of innovative airborne solutions that protect our customers and ensure the security of their assets. Founded in 2001, privately-owned and based in Israel, BIRD develops and markets advanced airborne missile protection systems and airborne surveillance, information and observation solutions. Leveraging deep in-house technical know-how, BIRD also provides world-class aviation logistics services to large-scale commercial and governmental customers. Solutions from BIRD are in wide scale, long-term use by some of the world’s largest commercial, governmental, military, and transnational organizations – including NATO forces, UN Air Operations, the US Government,