Select Committee on Public Accounts Fourteenth Report


2  Initial decisions were not well informed to reduce later risk

10. A procurement project has greatest chance of success if sufficient funds are well-invested early in the process to understand the technology and consequently reduce or eliminate risk. The Bowman CIP programme was a large, technically demanding undertaking, part of which involved advanced technology, and the Department seriously under-estimated the technical challenges and the resources and time that would be needed to deliver it. And more could have been done to ensure that it met the aspirations of users.[15]

Over-optimism of the programme

11. The Department accepts that, in devising the original Bowman programme and at various subsequent stages, the challenges, particularly the technical ones, were under-estimated. There was a degree of over-optimism at various stages in the programme planning and the Department only realised the full implications as suppliers began working on it. [16]

12. Technical capability has changed significantly in the outside world during the life of the programme. In 2005 it became necessary for the Department to take stock of the implications and to re-assess what it could deliver in an acceptable form and which of the various capabilities needed to be re-examined more carefully. The Department believes that for projects such as Bowman CIP it is procuring capability without being able to predict in advance the exact product that would emerge after a period of development. Significant changes therefore occur during the life of programmes, so it is essential that the Department has in place management practices that allow them to make necessary adjustments to optimise the capability ultimately achieved.[17]

13. When the Department decided to replace the earlier Archer Consortium with General Dynamics UK it retained the In Service Date of March 2004 that had been agreed with Archer, thereby giving the contractor only 30 months for delivery. It subsequently awarded the contract for the CIP element of the programme in December 2002 with an In Service Date of December 2004. These were exceptionally demanding targets which raised users' expectations of getting the full operational capability by those dates. The Department now recognises that the targets, particularly for the CIP element of the programme, were over-ambitious. The radio element of the programme was in fact accepted in service in March 2004, but with 27 provisos that limit the operational benefits derived from the system.[18]

14. The development of CIP remains at a very early stage, with a good deal of development still to be done. It would have been possible to get a secure radio into service earlier had the CIP element not been included in the programme. But the Department believes that the Army's entire vehicle fleet would then have needed to be taken out of service twice: once to fit the radio and then again to fit whatever additional equipment was needed for CIP. Additional costs would inevitably have resulted, and the Department is convinced that it adopted the right approach in seeking to get a significant degree of CIP functionality delivered within the same timeframe as the secure radio.[19]

Predictable conversion difficulties were under-estimated

15. Alongside development of the Bowman CIP equipment, the contractor faced a major task in converting up to 20,000 land vehicles, as well as various naval platforms and helicopters, to carry the system. Poor data on the exact configuration of vehicles meant that conversion was both slower than anticipated and more expensive. Though it was well-known that there was a culture within the Army of modifying vehicles in service, the Department decided against a full survey and instead chose to rely on a small sample of "representative vehicles" on which the contractor would base its estimates of time needed to install the system. This proved to be a wholly unsatisfactory basis for planning the conversion programme. The Department now realises that the fleet of vehicles varied more than it had expected, some being variations that had been built in at the time of manufacture and some of which were built in over time. With hindsight the Department acknowledged that it ought to have undertaken a larger survey of vehicles. The contractor has now improved the conversion rate being achieved to a peak of 84 a week, and fewer than 6,000 vehicles remain to be converted. On this basis the Department estimates that the conversion programme will be completed by the end of 2007, though with so many forces on operations there is always a risk of slippage.[20]

16. The Department intends to gain a much better understanding of the configuration of vehicles in future as it adds further complex digital systems to its platforms. Besides the new JAMES2 database which will define what is standard in each vehicle, the Bowman programme includes a system that will record what radio is fitted and with what standard of software. This information will be essential in planning future incremental upgrades of Bowman. But more fundamentally, it hopes that modern manufacturing techniques and improved configuration control will mean that, in future, the fleet of vehicles will not vary as much as this one did.[21]

User requirements were not fully considered

17. It is essential in any programme, but particularly important with a programme of the magnitude of Bowman CIP, that the end product delivered meets the requirements of the end users. One of the lessons learned from the Bowman programme is that the Department did not do enough to take on board the real requirements of the Armed Services. In the case of the radio provided for dismounted infantry, since the late 1990s successive Army Directors of Infantry had stressed that any increase in size or weight of the radio would be unacceptable. The Integrated Project Team did not, however, obtain Director of Infantry's acceptance of the size, ergonomics and weight of the Bowman radio and the radio finally produced fails to meet the Army's requirements for use by dismounted soldiers. The weight requirement was balanced against the radio performance required since it was clear by the time the contract was let that the contractor could not achieve both criteria. The Department chose to give priority to the performance criteria and so the radio produced, along with associated equipment including batteries, aerials, carrying equipment, user terminal and display, proved too heavy for the dismounted infantry, even though the contractor had met the contract requirement. A separate stream of work is now to be put in place to develop something light enough to use and fit for purpose.[22]

18. The size and weight of the Section Radio is crucial to the infantry, since a bigger, heavier device means soldiers are able to carry less other equipment and ammunition. The Department said that it had decided to deploy the Bowman Section Radio in the form it had been developed to provide the benefits to as many users as possible and then to set in hand a separate stream of work to develop something that will be light enough to meet the infantry's needs. The Department believed this option was better than denying all users the benefits of the radio whilst a smaller version was developed for dismounted infantry.[23]


15   Q 2 Back

16   Qq 62, 156  Back

17   Qq 24, 32, 47 Back

18   Q 101 Back

19   Qq 86-89 Back

20   C&AG's Report, paras 3.16-3.20; Qq 11, 73 Back

21   Qq 10-11, 151 Back

22   Qq 16-17, 19-20, 48, 144 Back

23   Q 144 Back


 
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