How the Belgium-Netherlands MCM programme is reshaping naval mine warfare
HNLS Vlissingen during her sea trials in 2025. (Photo: Naval Group)
As the Belgian-Dutch replacement mine countermeasure programme progresses, it is becoming clear that motherships will be integral to future MCM operations. Seven years on from the programme’s inception, the impact of its forward-looking approach can be seen through the procurement strategies of its Western allies today.
In 2019, Belgium and the Netherlands joined forces to cooperate on the procurement of 12 Mine Countermeasure Vessels (MCMVs) to replace both countries’ ageing Tripartite-class MCMVs. Shephard’s Defence Insight shows that the two nations ordered six vessels each, using the same design, for a total contract value of almost US$2 billion. The contract was awarded to a joint French-led consortium between Naval Group and Belgium Naval Robotics, with the construction of the vessels split between the Piriou and Kership Shipyards in France and the Giurgiu Shipyard in Romania.
As both nations already operated a common design in the Tripartite-class
Our news & analysis is now part of Defence Insight®
A Basic-level or higher Defence Insight subscription is now required to view this content.
More from Naval Warfare
-
![US Navy’s MQ-25 Stingray approaches carrier-integration tests]()
US Navy’s MQ-25 Stingray approaches carrier-integration tests
Boeing has outlined its upcoming precision-landing and carrier-airspace trials as MQ-25 manufacturing shifts towards Illinois, with initial Lot 1 deliveries expected in 2029.
-
![From Poland to the Pacific: can Miecznik become a blueprint for other navies?]()
From Poland to the Pacific: can Miecznik become a blueprint for other navies?
Babcock is taking its Polish industrial partnership approach to Denmark and New Zealand as navies seek sovereign shipbuilding skills alongside ships.
-
![Unsettled waters in the North: can navies still trust their Arctic acoustic maps?]()
Unsettled waters in the North: can navies still trust their Arctic acoustic maps?
The changing Arctic environment is creating new challenges for submarine detection, driving demand for distributed sensors, uncrewed underwater vehicles and real-time acoustic modelling.
