Select Committee on Defence Written Evidence


Second memorandum from the Ministry of Defence

THE PROCUREMENT CHALLENGE

  The FRES fleet of vehicles will be significantly more complex than previous generations of armoured fighting vehicles as they will need to be fitted with the following types of equipment:

    —  passive and active armour and other vehicle protection technologies;

    —  Bowman and other advanced digital communication systems (both data and voice) to allow full integration of the vehicles into the wider military network; and

    —  various weapons and sensor systems depending upon the vehicle type.

  In effect each FRES vehicle will have on-board systems of similar complexity to a small aircraft. The high likelihood of continuous developments in such systems requires that the FRES fleet is designed to be upgraded easily in future. It therefore requires a vendor independent "open" design for its system architecture to allow a "plug-in and go" facility for future capability upgrades.

  The weight of the vehicles has a direct bearing on the ease with which they may be transported by air; a key requirement.

  The ease with which the FRES vehicles may be maintained and upgraded to meet future threats and tasks over their expected service life will have a major impact on their through-life costs and hence overall affordability and value for money. These features must be designed in at the start.

  The harsh operational environment within which the vehicles will operate, given their system complexity, will present a significant engineering challenge.

  The age of the current fleet of armoured fighting vehicles requires that the FRES vehicles be delivered as quickly as possible.

  Meeting the above requirements presents a very significant challenge to the MoD and defence industry procurement community and has been a key reason for the time it has taken to determine an effective acquisition strategy.

KEY PRINCIPLES FOR FRES ACQUISITION

  The Acquisition Strategy will be a key factor in successfully delivering FRES and will form the foundation of our future relationship with the Armoured Fighting Vehicle sector of the defence industry over many decades.

  The MoD has established certain key principles for the FRES Acquisition Strategy to meet the procurement challenge.

  The FRES Acquisition Strategy will be consistent with the framework provided by the Defence Industrial Strategy.

  The FRES vehicles will be a key factor in the future effectiveness of the British Army and their flexibility and characteristics will have an impact on future tactics and techniques on operations. It is essential therefore that the intellectual property underpinning the "operating systems knowhow" of the FRES fleet is understood and controlled by the MoD to ensure that the system architecture remains open throughout the FRES fleet life and does not come under the effective control of another party. MoD will acquire the necessary knowhow through the acquisition process.

  The FRES vehicles will be procured on a "through-life" basis to deliver optimum capability at best value for money through the full operating life of the vehicles from design through acquisition, multiple upgrade cycles and eventual disposal.

  The first of the FRES vehicles to be procured will be the Utility variant. To reduce development cost and risk the utility variant will be based upon a vehicle chassis that is either already in production or is at a sufficiently late stage of development that it can enter vehicle proving trials to be undertaken by the British Army in 2007. The winning vehicle from these trials will be then fitted with the necessary systems and vehicle modifications required to meet the UK need.

  Effective evolution of the vehicles through-life to meet the currently unknown levels of future threat will require an "open" architecture to the systems design and absolute clarity on Intellectual Property and technology transfer issues from the outset. Hence agreement to deliver "UK residence" of all intellectual property and design authorities will be a pre-requisite for companies to enter into the FRES procurement process.

  Industry and the MoD FRES procurement team will be incentivised to meet the target date for the delivery of the first vehicles (utility variants) to the British Army in the early part of the next decade. By then we plan to have established an acceptable level of performance and number of vehicles to deliver an Initial Operating Capability. We will also have continued the parallel assessment work on the specialist variants with a view to delivering the full capability in planned increments thereafter.

  In-service dates and costs for the Initial Operating Capability will be set at the Main Gate main investment decision point.

  Early vehicles may be manufactured ex-UK on an existing production line if needed to meet the target delivery date for the first vehicles, but production (and all necessary IP and design authorities) will be transferred to the UK for subsequent vehicle manufacture to deliver UK operational sovereignty through life.

  The first priority in choosing the capabilities of the FRES vehicles during the assessment phase will be the key user requirements of the British Army. A second priority will be to maximise opportunities for export sales in the design where this is consistent with these KURs.

FRES ALLIANCE

  The complexity and scale of the FRES fleet will require a team of suppliers from several parts of the defence industry (armoured vehicle suppliers, system integrators, digital communications, weapons systems etc) to work together and with the MoD in an efficient manner.

  Given the recent positive experience on the Aircraft Carrier project the MoD has therefore decided to establish an alliance arrangement, to be led by the MoD as client, supported by an industrial player acting in the role of System of Systems Integrator (SOSI). The SOSI will be selected by competition. Alliance membership will expand as competitive selections are made. This approach will enable us to construct an industry team capable of meeting the unique challenges inherent in the programme. The programme will rely on having access to an appropriate blend of skills and resources and be based on a commercial relationship that is inherently flexible and capable of responding to the developing requirement.

  With a whole life cost estimated in region of £50 billion it is vital to ensure that the alliance chosen to deliver through-life capability is made up of the best possible partners in each of the major areas of this programme. We will therefore use competition to select "the best team" and have concluded that there are four key roles in the delivery of the FRES Utility Vehicle family. We would expect these roles to be reflected in the other complex and heavy vehicle families, although the potential competitive field may be smaller. The four roles are:

System of Systems Integrator

  Will aid the MoD led Alliance by undertaking system engineering, capability level integration, programme management and design services. The SOSI will ensure that coherent system solutions, integration approaches, design techniques, support and documentation are in place across all FRES variants. And that the vehicles will be interoperable with all other force elements in the UK ORBAT for both national and coalition operations. The SOSI will be UK based. The SOSI will be responsible for the development of the MoD's knowhow and control of the FRES operating systems architecture.

Vehicle Designer

  This will be the designer of the vehicle that wins the proving trial. The vehicle will already be in production or late-stage development and the winning vehicle designer will implement the vehicle modifications required to meet the UK need. A precondition for entering this competition will be that regardless of the country of origin of the design, exploitation rights and Intellectual Property Right will be available to the UK government led alliance and will facilitate transfer to UK manufacture.

Vehicle Integrator

  Will integrate the complex systems into the vehicle chassis. This will include integration of communications, command and control functions, plus the vectronics, sensors, weapons and Defensive Aid System . The Vehicle Integrator will be UK based with all the IP either created in the UK or made freely available for exploitation in the UK.

Vehicle manufacturer

  Will manufacture the FRES utility vehicle. In principle this will be in the UK, but early production might use an existing production line ex UK before transfer to the UK. High efficiency and production quality will be essential. The vehicle designer may also be the vehicle manufacturer or the manufacturer may licence the rights to manufacture from the vehicle designer.

  The above structure is needed to compartmentalise the various elements of the procurement process to deliver clear lines of responsibility and accountability within a teamed alliance approach.

  Having agreed the strategy the FRES programme now has a clear path to deliver to the Army its essential future medium weight capability.

7 December 2006





 
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