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offtake capability and power-sharing between
        shafts leads to mission optimisation/extension                                                  © UK MOD
        and surge margin recovery with the ability to
        manage highly dynamic electrical loads and
        spikes. Rolls Royce has also agreed with its
        international partners on the next stage of the
        full-scale engine demonstrator programme.

        Leonardo UK is a core participant in the pro-
        gramme, with the future aircraft’s integrated
        sensing,  non-kinetic  effects  and  integrated
        communications to be at the heart of the sys-
        tem’s capability. Leonardo in the UK and in Italy
        are working together on a number of projects
        with Elettronica in Italy including joint assess-  former joining the GCAP programme within two years. Rolls-Royce
        ment of potential architecture of a common   and Japan’s IHI Corporation had also announced in December 2021,
        Integrated  Sensing  and  Non-Kinetic  Effects   that they will work together to develop and deliver a future fighter
        (ISANKE) and Integrated Communications       engine demonstrator. Work on the joint engine demonstrator began
        System (ICS). The work is complementary to   in 2022, with the UK investing an initial £30 million in planning, dig-
        ongoing collaboration with Japan on 6th gen-  ital designs and innovative manufacturing developments. A further
        eration sensor capabilities, an area in which Italy   £200 million of UK funding is expected to go towards developing a
        will soon be involved.                       full-scale demonstrator power system at Rolls-Royce’s Filton facility
                                                     in Bristol.
        MBDA has unveiled its concept for a weapon
        effects management system, to aid the coor-  Leonardo UK announced at the 2022 Farnborough  airshow, that
        dination of all available weapons in the battle   it would embark on next stage of UK-Japan fighter jet sensor pro-
        space using artificial intelligence and machine   gramme with Mitsubishi Electric. The concept radar technology
        learning enhanced software.                  demonstrator called JAGUAR was first unveiled in February 2022,
                                                     following the completion of joint concept work and feasibility stud-
        Partnership Mode                             ies. The Jaguar will represent the very latest in combat air sensing
        The UK industry partners have already gen-   technology and will provide enhanced radar functions as well as
        erated strong working relationships with     advanced new capabilities that can disrupt and deny adversary
        their counterparts in Italy and Japan, which   surveillance systems
        include IHI Corporation, Mitsubishi Electric and
        Mitsubishi Heavy Industries in Japan, and Avio   The Jaguar workshare has been agreed upon by both companies
        Aero, Elettronica and Leonardo in Italy. The pro-  and Leonardo UK and Mitsubishi Electric have signed contracts
        gramme will encompass the entire Italian supply   with their respective national defence ministries in order to progress
        chain, including universities, research centres   development work. The project is now proceeding at pace, in line
        and SME companies as well as the industries   with Leonardo’s broader approach to FCAS partnerships, where
        involved.                                    close collaboration is supported by agile decision-making and a
                                                     transformational ethos imported from Silicon Valley.
        In February, the UK and Italy agreed to further
        strengthen military collaboration with Defence   JAGUAR represents the first big building block of an international
        Ministers Ben Wallace and Guido Crosetto sign-  radar programme that meets the ambitions laid out by Japan and
        ing a new Joint-Statement of Intent on bilateral   the UK as part of F-X/FCAS discussions. The technology and learn-
        defence co-operation. The UK and Italian     ings generated by JAGUAR work will feed into the development of
        Defence Secretaries also met at the event in   Tempest’s ISANKE & ICS. ISANKE is a ‘spider’s web’ of capability that
        February, which was the first since the GCAP   sits across an aircraft, unlocking the potential of sixth generation
        agreement announced in December 2023. As     sensors by moving from distinct pieces of equipment to integrated
        part of the trip, the UK Defence Secretary also   systems, while ICS connects the ISANKE system into the wider FCAS
        visited the Leonardo’s aircraft division in Turin,   system-of-systems.
        where he discussed the work on GCAP. The abil-
        ity of the UK and Italian armed forces to operate   The tri-nation GCAP initiatives at present has all the makings of a
        together and develop shared capabilities to   successful futuristic combat aviation development effort. However,
        minimise costs was also part of the agreement.  the design and development of fighter aircraft in an era of rapid
                                                     technological change, is fraught with risks and any delays and
        Japan and the UK inked a memorandum of       cost-overruns could dampen the enthusiasm of partner nations.
                                                                                                            th
        cooperation  around  fighter  technologies  in   Done right, however, GCAP could result in the first affordable 6  gen
        December 2021, eventually resulting in the   fighter with strong export prospects.
        ASIAN DEFENCE TECHNOLOGY                                                                    MARCH 2023 | 15
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