SUMMARY
Five EDA Member States as well as Norway have signed a project arrangement to start work on future Maritime Mine Counter Measures (MMCM) capabilities. Called MMCM-NG (New Generation), the project will run until 2017 and prepare the next generation of mine countermeasures ships. Easy to deploy and cheap to acquire, maritime mines and other underwater improvised explosive devices pose a real threat to naval forces and civilian ships by restricting freedom of movement in shallow waters, harbours and strategic choke points. Being able to detect, avoid, and defuse these weapons is therefore a key requirement for European navies.
Goals
- Prepare the next generation of mine countermeasures ships
- Work on a set of common requirements to prepare the future generation of mine countermeasures ships and systems
ACTIVITY DESCRIPTION
The MMCM-NG project has a planned duration of 36 months during which contributing Member States, based on an agreed operational concept, will work on a set of common requirements to prepare the future generation of mine countermeasures ships and systems that could become operational in the 2030 timeframe. At the end of this 3-year project, Member States will have gathered enough information to decide on the potential launch of a procurement phase for these new systems.
Compared to existing solutions, future MMCM capabilities are expected to bring increased flexibility through a modular “toolbox” comprising a range of systems adaptable to different platforms, environmental, or operational conditions. The use of unmanned vehicles will also be developed and new detection techniques could be introduced. Future MMCM operations are also expected to be conducted with state-of-the-art sensors and effectors carried and deployed from dedicated or hybrid platforms as well as from stationary or mobile shore installations.
Based on the different national requirements, several technical solutions will be assessed as part of the project. Standards, protocols and interfaces will be described and agreed upon commonly in order to ensure future interoperability and to enable synergies in the fields of training, logistics, and maintenance.