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Indra, FCMS and Thales have jointly launched the next phase of development of the connected sensor suite designed to contribute to Next Generation Weapon System (NGWS) superiority. The NGWS, consisting of the next-generation combat aircraft and escort drones, forms the core of the Future Combat Airs System (FCAS).

As the consortium leader Indra announced in his new project headquarters at the kick-off event, the innovative package of networked and distributed sensors, defensive aids and attack systems (Networked and Distributed Sensors, Defensive Aids and Attack Systems, NSDAS) for the operational challenges of the Conceived in the 2040s and intended to fundamentally change the operational capabilities of the NGWS.

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Mock-up of the Next Generation Fighter and a Remote Carrier at the Paris Air Show (Picture: Public Domain Tiraden)

In the initial phases of the NGWS, the three leading European sensor system manufacturers developed a common vision of the sensor system in preparation for Phase 1B.

The collaborative and distributed cross-platform sensor architecture aims to increase the performance of each individual sensor and non-kinetic effector, according to Indra. This will give NGWS resources, consisting of the Next Generation Fighter (NGF) and Remote Carriers (RC), a multiplier effect to achieve their mission objectives.

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The working group for the development of the sensor and effector suite NSDAS (Photo: Indra)

According to Indra, phase 1B will trigger a wide range of functional, algorithmic and technological developments. It will consolidate the definition and architecture of the networked sensors as well as the critical components/building blocks of the RF and optronic sensors for the NGF and the different types of RC. The development phase is expected to start in 2028 to achieve the first operational capability of the NGWS in 2040.

The most important paradigm shift in this next-generation air combat system is the implementation of a system-of-systems approach at all NGWS levels, so that the capabilities of the entire system combination will be significantly higher than the sum of the individual components.

Editors / gwh