Aerospace and Defense

Aeronautics

Aerospace and Defense

Creating technology for the Future of Digital Air Power

Andres Garcia

Managing Director

Intelligent Vision

Intelligent Vision integrated by the functional chain of electro-optical sensors (visual and infrared spectrum), processing and intelligent image melting (intelligent Infra-red Search and Tracking – IRST systems ). From multiple sensors and disruptive systems (through 3D and augmented reality systems). Presentation from the processed image to the pilot (multifunctional and large format displays).

Secure and resilient tactical communications

Secure and resilient tactical aeronautical communications comprised of the functional chain of data link processors in NATO and non-NATO formats ( Datalink ), aeronautical modem, on-board cipher and electronic scanning antennas for satellite communications. All of these elements will be an essential part of the combat cloud of future combat air systems.

Advanced synthetic training

Advanced synthetic training by means of training, navigation, maintenance and advanced air traffic controller (JTAC) simulators, which provide simulation capabilities in real environments (real flight – Life ) virtual (flight in simulator – Virtual ) and constructive environments (simulated personnel and systems – Constructive ).

Versatile modular avionics

Versatile modular avionics with high processing capability applying advanced HW / SW avionics concepts for the development of airborne computers and operational SW based on integrated modular avionics (IMA) for critical aircraft applications: Autopilots, Autotesting Cell Status Control, Navigation, Communications and other functions. In addition, capabilities in the remotely piloted aircraft operation environment ( Remotely Piloted Aircraft – RPA).

We form part of the SATNUS consortium, made up of Tecnobit, GMV and Sener, responsible in Spain for the Remote Carrier (RC) pillar of the Future Combat Aircraft System (FCAS).