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cially launched  in September last year at the
                                                                       Defence and Security Equipment International
                                                                       (DSEI) conference in London. The new system
                                                                       was unveiled as part of the Maritime Autonomy
                                                                       Surface Testbed (MAST) 13 programme devel-
                                                                       oped by the Defence Science and Technology
                                                                       Laboratory (Dstl) in collaboration with L3Harris.
                                                                       The  MAST  13  programme  aims  to  further
                                                                       understanding of how USVs can be used in    [ UNMANNED TECHNOLOGIES ]
                                                                       defence. “MAST 13 reflects the increased use
                                                                       of unmanned systems in the military domain.
                                                                       This vehicle serves as a test platform to support
                                                                       new concepts for the Royal Navy, allowing them
                                                                       to exploit unmanned systems and maintain a
                                                                       technical advantage,” said Alasdair Gilchrist,
                                                                       Above Water Systems Programme Manager,
                                                                       Dstl.


                                                                       The 13m long vessel will have a high-speed
                                                                       and fully autonomous navigation. The  Royal
                                                                       Navy will use it for trials to understand its abil-
                                                                       ity to protect naval task force at sea, where
                                                                       its onboard systems will be used to identify
                                                                       threats such as mines or collect intel on enemy
                                                                       ships.  USVs  could  offer  a  potent  capability
                                                                       for the Naval fleet; increasing protection and
                                                                       information for the UK’s powerful war ships by
                                                                       detecting threats and operating beyond the
                                                                       visual line of sight. “I am extremely excited
        be just as automated as the platforms themselves in order to reduce  about the technology developed for MAST-13
        the number of operators and operate reliably beyond line of sight,”  and its potential to enhance Naval capability.
        Green adds.                                                    This builds on our existing autonomy capabil-
          UISS is part of a comprehensive MCM USV mission which will be  ities, including the state-of-the-art Maritime
        deployed from the Littoral Combat Ship (LCS) and other vessels  Autonomous Platform Exploitation (MAPLE)
        which can accommodate it. Textron Systems designed the CUSV  software integration system developed by
        to operate as a multi-mission unmanned surface vehicle, capable  Dstl and industry partners,” said Admiral Tony
        of carrying multiple payloads including side-scan sonar, mine neu-  Radakin CB ADC, First Sea Lord and Chief of
        tralization, non-lethal weapons, and intelligence, surveillance and  the Naval Staff. He added, “I look forward to
        reconnaissance (ISR) sensors. Production will be completed at  seeing the further developments in sensor and
        Textron’s Hunt Valley, Md. and New Orleans locations.          countermeasure technologies that this could
                                                                       enable, and the increased reach and lethality
        Last July, the U.S. Navy also released a Request For Proposals  this will bring to our ships.”
        (RFP) to industry for the development of the Medium Unmanned
        Surface Vehicle (MUSV). The service had earlier released a draft   MAST  has  been  Designed,  built  and  com-
        MUSV performance specification in February 2019. Accelerating   missioned by L3Harris’ Unmanned Maritime
        Unmanned Surface Vehicle (USV) and payload development and     Systems  and the ASV uses L3Harris’ ASView
        warfighting integration will provide an inflection point in delivering a   proprietary autonomous control system and
        more distributed force in support of the National Defence Strategy.   advanced algorithms developed for the U.K.’s
        The Navy plans to award a contract for a single MUSV prototype   Defence Science and Technology Laboratory
        in the first quarter of FY20. The RFP calls for the MUSV to be a   (Dstl). Predecessor MAST systems developed
        pier-launched, self-deploying modular, open architecture surface   by L3Harris and Dstl include MAST 9, which is a
        vehicle capable of autonomous navigation and mission execution.   high-speed vessel capable of operating auton-
        It also contain options for additional USVs.                   omously and beyond line-of-sight, to carry out
                                                                       reconnaissance, interdiction and patrol tasks.
        Warship Protection                                             L3Harris and Dstl have been in collaboration
        The United Kingdom (UK) is working on a next generation unmanned  since 2014 for development of ASVs that sup-
        system that is similar to a water-borne drone. This Autonomous  port new concepts for the Royal Navy and act
        Surface Vehicle (ASV) built by L3Harris Technologies was offi-  as a testbed for innovative technologies.


        12 | March/April 2020                                                      WWW .GBP .COM.SG/ ADT
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