Building the River-Class Faster and Smarter

By Ted Barnes, 7 April 2025

A few weeks ago, I wrote a piece about some ideas of possibly speeding up the River-class destroyer (RCD) build as, in my opinion, the imperative is there to have these ships built as soon as possible. As most people who frequent this forum know that the RCD build will take place over several decades to provide the RCN the ships, they need to replace our venerable Halifax-class frigates whose upkeep is continually becoming more and more expensive. Currently it costs around $500M for a multi-year refit and thousands of person hours when back at dockyard to allow them to reach an operational point and be able to deploy.

Some people offered a rebuttal of sorts, appearing to agree however offering reasons why the prime contractor Irving couldn’t. Reasons include Irving saying that “Irving has testified that using multiple yards is not very efficient,” “Irving is dead set against the concept as its senior officials have made very clear in testimony before various parliamentary committees,” “speeding up construction goes against a core principle of the NSS. (Carefully sequenced and deliberately paced load-levelling to protect the workforce at the shipyards).” Others mention that other yards possibly aren’t up to the task, and we shouldn’t “willy nilly” go to other yards as the author suggests quality may be an issue and to leave the project to progress.  Perhaps they were playing devil’s advocate or they truly believe the status quo is working. I believe we seriously need to look at other options and think outside the box. It’s important to note that the RCD build is purposely planned to stretch out the work, however world events are requiring Canada to have new warships sooner rather than later.

Cammell Laird a shipyard in the UK has recently released images of the Type 26 frigate sections delivered to BAE Systems' shipyard in Glasgow on March 16–17. The main section was HMS Birmingham’s consolidated propulsion block, weighing around 1,000 tonnes. Constructed over 21 months, it includes 8,437 secondary structural components such as pipes, ladders, access walkways, and mounting points for ship equipment. Also shipped were eight upper units for HMS Belfast, comprising two double-stacked units and four single units. These incorporated a total of 3,858 secondary structure elements.

Now I will go out on a limb here and ask the question -- if BAE can do this why can’t we? Irving, which is actively collaborating with BAE, can certainly contract out blocks to be produced offsite either through a smaller shipyard or building another fabrication yard in Halifax possibly repurposing the unused RCN NAD area in Dartmouth. Of course, going to an outside yard Quality Assurance and Quality Control would be important, less so if Irving itself ran the fabrication but the point is any move to do this would have to be carefully considered. But we have years of waiting for the build to do this and possibly implement on the second batch. Will this cost more? Possibly. Will this affect the spirit of the NSS? Again possibly. Is there the potential to save money on ceasing needless Halifax-class refits that cost close to a new warship, and will this get our ships faster? Only a fool would say no. This deserves to be looked at seriously and decide if the juice is worth the squeeze.

Image: Key structural components for the fourth and third Type 26 (HMS Birmingham and HMS Belfast) are seen being barged from Cammell Laird's facilities to BAE's for further construction, 28 March 2025. Credit: Cammell Laird.

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