• you are here
  • Home
  • UK MOD Invites Proposals For Development Of Autonomous Underwater Vehicle - AUV

UK MOD Invites Proposals For Development Of Autonomous Underwater Vehicle - AUV

[Date: 19 Apr 2019 ] Country : United Kingdom

UK Ministry of Defence (MOD) has launched a competition to develop an autonomous version of an existing large underwater vehicle (UUV). The MOD is seeking proposals to develop a platform to address the Royal Navys need to understand the utility and operational boundaries of an autonomously operating unmanned underwater vehicle (UUV) system.

According to the competition announcement from the Defence, Science and Technology Laboratory (Dstl), the MOD has “an enduring requirement for an increased presence within the underwater battlespace and is looking to address the lack of current options in order to increase the number of delivery ready platforms. Though it is possible to increase mere presence in the underwater battlespace with smaller, discrete, autonomous systems, these cannot complete many of the operations currently undertaken by larger manned assets. Therefore the combined future need is for a fully autonomous system of the size and capability of current manned systems.

Around £2.5m in funding will be made available for the UK MOD UUV competition. The programme will be carried out over two stages. Under the first stage, winning bidder will research, design and refit an existing vehicle and perform a short seaworthy /autonomy test. Stage two will involve more in-depth testing to understand the future utility and concept of operations. During the second stage, the system is expected to undergo testing in representative environments for extended periods. The sea trials in this stage may be carried out for up to two years. Through the competition, the MoD is eyeing a flexible UUV that can host different payloads/sensors and can be utilised in various testing scenarios. Developing and testing the potential capability to deliver these future operational requirements is not possible with current Royal Navy assets and requires research and development of a larger more payload-flexible autonomous test system in partnership with commercial suppliers.

» Our Top Clients