ORGANIZACIÓN DE DISEÑO AERONÁUTICA
PART 21J EUROPEAN AVIATION SAFETY AGENCY (EASA) DOA 21J.635
MILITARY DESIGN APPROVED ORGANIZATION ES.PERAM21J/1389/20
ACCESORIOS, SENSORES y SOFTWARE
Kestrel - Land MTI for Small Unmanned Aircraft Systems
Kestrel is a software solution that automatically detects objects in electro-optical (EO) and infrared (IR) video over land and maritime environments. Kestrel is at TRL9 and proven in theatre with over 3,000 systems deployed by agencies and forces on 6 continents on a wide range of unmanned, fixed wing and rotary aircraft. Kestrel easily integrates with ISR systems and is available with many current mission systems, sensors, ground control stations and remote video terminals.
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VAMPIRE - Visualization and Mission Planning Integrated Rehearsal Enviroment
Vampire® is a fully embedded Unmanned Air System (UAS) / Unmanned Aerial Vehicle (UAV) training simulation for all operator functions and emergency procedures for family-of-systems small Unmanned Air Systems (Raven® , Wasp™, Puma™). Vampire runs on fielded Panasonic Toughbook and Ground Control Station with no modification to fielded hardware and software.
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POCKET DDL / POCKET REMOTOTE VIDEO TERMINAL
The Pocket RVT (pRVT) video transceiver provides the flexibility and freedom to receive video and data anywhere within the Digital Data Link (DDL) network utilizing any USB display device for a wide range of military and commercial applications. The ultra-compact, lightweight pRVT provides dismounted ground troops direct access to real-time video downlink images and geodata from any DDL equipped platform. Designed for versatility, the pocket-sized pDDL AE module turns any USB Android end-user device running the pRVT app into a Remote Video Terminal that can to be worn on a tactical vest or utility belt. Fully Nett Warrior compatible.
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DIGITAL DATA LINK
AeroVironment’s Digital Data Link (DDL) is a small, lightweight, broadband digital network module enabling enhanced command and control of small UAS. DDL is IP-based, allowing maximum flexibility and interoperability between small airborne and ground systems with limited power and bandwidth to maximize the number of systems that can operate in a given area.