The project aims to develop the connector board and processor motherboard for missile detection in airborne systems. This processor is included within the MANTA system (Manpads, Threat, Avoidance) of DIRCM class (Directed ...
Read moreAt Ad Maiorem we have solutions for Defense Industry projects, providing all our specialist support in order to meet the innovation requirements necessary for the development and integration of electromechanical systems for state-of-the-art technological components and equipment, related to the air, naval and land segments.
The Defence sector has a strategic industry which focuses on strengthening the defensive capability of a nation. Currently, States allocate a major part of their resources to the development of tools for military use, and for the same reasons, set objectives to safeguard the integrity, security and privacy of information as a measure to counter cyber attacks and software piracy.
From our point of view, and for the purposes of remaining active in the modernisation process of the Defence sector, it is important to have a flexible technological approach in which the concerns of governments, and their investment, are the key to offering secure and innovative solutions.
Software development for flight simulators of air training systems.
Development and integration of systems and subsystems of operation, structure and equipment of frigates and submarines.
Development and validation of electronic components for guided systems.
Design and development of electronic devices for anti-disturbance systems, hardware and software for defence technological tools and equipment, radar systems for naval and aeronautical uses.
Integration, validation, and development of air traffic control systems (Flight Data Processing, FDP).
The project aims to develop the connector board and processor motherboard for missile detection in airborne systems. This processor is included within the MANTA system (Manpads, Threat, Avoidance) of DIRCM class (Directed ...
Read moreThe project’s mission is the development and integration of an electronic defense system for submarines of the U-212 class. This system allows you to discover any active radar in your environment and ...
Read moreThe project is framed with the objective of integrating, validating and developing the Flight Data Processing System (FDP) of the iCAS Air Traffic Management System (iTEC Center Automation System). At a technical ...
Read moreThe project has the mission of developing the new version of the Eurofigther flight simulator software: the PSTS (Pilot Synthetic Training System), framed within the collaboration agreement between the Ministries of Defence ...
Read moreThe project aims to validate and integrate the X-Band Radar System of the integrated mast sensors of the new Spanish Navy frigate through the PROTEC F-110 R&D Program, which is developed by ...
Read moreThe project’s mission is to develop improvements to the CAPTOR radar, used in Eurofigther Typhoon, a multi-purpose fighter plane, which the European Union has developed to ensure safety throughout its territory. CAPTOR, ...
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European Regional Development Fund