The AMMS is a powerful computing system designed to provide processing features to rotary wing aircraft, including Navigation & Flight Management, Cockpit Display Management and Aircraft Plants Management.
The ANV-211 DME/P (Distance Measuring Equipment Interrogator/Precise) is designed to receive accurate distance information from DME/P Transponders and standard distance information from conventional DME/N Transponders.
Drako K5 is an electrical quad-rotor unmanned aerial system (UAS) capable of autonomous and semi-autonomous flight, where it can hover to provide monitoring information. The on board tilt video cameras allow day and night operation and make Drako K5 particularly suited for civil as well as commercial/industrial aerial video and photography applications.
The ANV-241A is an integrated, Multi-Mode Receiver which provides a world-wide precision navigation, approach and landing capability. It is a cost-effective, state-of-the-art solution for avionics upgrades and new installations.
The ANV-353 single unit Doppler Velocity Sensor (DVS) is an improved variant of the Doppler Sensor ANV-351, which was originally designed by Security and Information Systems Division for the installation on the AgustaWestland A-129 anti-tank helicopter and now in service with the Italian Army.
The ANV-801 is the core element of a multi-sensors navigation system for rotary and fixed-wing aircraft applications. It maximizes aircrew efficiency by replacing multiple control layouts with a single, easy to read and manage unit.
The CM107E is a multiprotocol digital voice/data crypto device for airborne, naval and land tactical applications. It operates in narrow or wideband modes, interconnected to radio vectors (HF or V/UHF) or wired lines.
The Data Link Management System (DLMS) provides the core element of data communications on manned and unmanned aerial platforms. As a Tactical Data Link Processor, it provides voice/data communications over broadband IP-based and legacy Tactical Data Link systems.
LOAM is a state-of-the-art navigational aid system for rotary wing platforms. Specifically designed to detect potentially dangerous obstacles along an aircraft's flight path, it warns the crew in sufficient time to implement effective evasive counter-measure manoeuvres. LOAM works on the laser radar principle using an eye-safe laser beam to periodically scan the area along the flight path and perform a detailed analysis of the returned echoes....
The M42B1 equipment is derived from a family of MkIIA (MkXII + Mode 5) equipment developed under the NGIFF program in order to provide a state of the art IFF capability.