Madrid is hosting the second edition of the from 3 to 5 November. International Security and Defence Fair, FEINDEF 21, in which more than 300 companies and entities from this sector participate and in which more than 20,000 professionals from all over the world are expected to visit.
AERTEC is currently part of several projects within the European Defence Industrial Development Programme (EDIDP).
This event, the most important defence and security event held in Spain, once again features the participation of AERTEC, the International technology company specialising in aeronautical technology for military capabilities. The company has its own stand, where its two unmanned aerial platform models, TARSIS 25 and TARSIS 75, are on display, the latter armed with two µASM A-Fox micro-missiles. These high-tech UAS are designed for observation, surveillance, and light armament integration applications, developed with proprietary technology by AERTEC, one of Europe's leading companies in the field of innovation applied to unmanned aerial systems.
“FEINDEF is the best possible setting in which to demonstrate the operational and technological maturity of our capabilities in the defence sector, and to convey to authorities, administrations, companies, and potential partners the updates to our systems,” states Pedro Becerra, Director of the Aerospace and Defence Division at AERTEC.
Some of these technological developments from AERTEC are already part of projects within the European Defence Industrial Development Programme (EDIDP- European Defence Industrial Development Program), where it contributes its technology and knowledge to the European Union's defence strategy. For example, it is currently participating in the TALOS (PADR-2018) project, which will develop and demonstrate some of the most essential directed energy laser weapon technologies, paving the way for the design and construction of a high-power laser effector for the EU to be used in the military field by 2025. Meanwhile, in the JEY-CUAS project for the development of a joint system to counteract the growing threat of unmanned aerial systems, the TARSIS in surveillance configuration, integrated with Command and Control (C2), will be an additional sensor for the JEY-CUAS system for situational awareness of the overall threat.
