This project has received funding from the European Defence Fund (EDF). Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Defence Agency. Neither the European Union nor the granting authority can be held responsible for them.
Modern defence operations increasingly rely on the ability to operate effectively across multiple domains while facing congested and contested electromagnetic environments.
Today’s platforms are challenged by:
/ Fragmented and specialised RF systems
/ Increasing electromagnetic interference
/ Limited spectrum availability
/ Size, weight and power constraints
/ The need for adaptability in rapidly evolving operational scenarios
Addressing these challenges requires a new generation of integrated, intelligent and flexible RF solutions.
SCEPTER aims to define the future of European multifunction RF systems by enabling multiple RF functions to operate together within a single, shared architecture.
By combining radar, electronic warfare and communication functionalities through a common Active Electronically Scanned Array, SCEPTER establishes a coherent approach to sensing, protection and connectivity.
This vision supports:
/ Enhanced situational awareness
/ Reduced electromagnetic footprint
/ Improved operational effectiveness
/ Greater system survivability
SCEPTER develops a European multifunction RF system concept based on five key principles:
/ Shared AESA architecture enabling multiple RF functions through a common aperture
/ Cognitive capabilities, supported by artificial intelligence and machine learning
/ Highly integrated RF hardware, meeting strict SWaP constraints
/ Modular and interoperable design, ensuring flexibility and scalability
/ Advanced modelling and digital twins, supporting efficient design and validation
Together, these elements enable adaptive operation in complex and congested electromagnetic environments.
