12 subs. Wow. That seems like a huge uplift in capability. Wonder exactly what under ice capability is in terms of actual requirements. Presumably AIP, maybe conning tower ice strengthening.This is a pretty big prize, so interest from manufacturers will undoubtedly be quite strong.
Probably too late for both Canada and the US unless both countries accept significant construction in Finland.Interesting development re. icebreakers. Canada, Finland, and the US form a pact to share designs and best practices, and work on ways to increase capacity.
US teams with Canada, Finland on polar icebreakers to chill Russian, Chinese power up north - Breaking Defense
"Without this arrangement, we'd risk our adversaries developing an advantage in a specialized technology with vast geostrategic importance," a White House official said.breakingdefense.comCanada to work with Finland, U.S. on 'ice pact' to build icebreakers
Canada has signed a trilateral agreement with Finland and the U.S. to boost the production of icebreakers in an effort to safeguard the Arctic and Antarctic regions.www.ctvnews.ca
A wide ranging interview with CRCN Rear Adm Topshee by the U.S. Naval Institute. There are a bunch of things in here that inform things going forward for the RCN.12 subs. Wow. That seems like a huge uplift in capability. Wonder exactly what under ice capability is in terms of actual requirements. Presumably AIP, maybe conning tower ice strengthening.
Certainly an embarrassing program for ships that were need years ago.The latest on the RCN’s forever program, the JSS. The estimated cost for two Berlin class ships, albeit with modifications, is over 5 billion. Pathetic!
Yes, 3-4,ships seems like a right number. As for the German versus Canadian build, likely lower even with Canada’s mods. Noncombatant ships with minimal armaments should be built overseas, probably in SKorea with final fit out in Canada. As for pollies, only their electoral chances matter to 95% of them.Certainly an embarrassing program for ships that were need years ago.
It would be nice to see a side by side cost and time comparison of our build vs the German build.
Sadly 2 ships are not enough for a country with 3 oceans to protect.
In an uncertain future 1 ship will be in deep maintenance leaving 1 ship for deployment. Should this ship take any damage...
I must say our pollies do fight, really really hard. Just not for our military.
For A1413 Bonn, the German third (and modified) Berlin class ordered in 2009:It would be nice to see a side by side cost and time comparison of our build vs the German build.
Thanks Kato, much appreciated.For A1413 Bonn, the German third (and modified) Berlin class ordered in 2009:
The ship is modified design-wise compared to the first two mostly in the sense of a modernization and reconfiguration of all internal spaces, as well as a new propulsion layout and updated/expanded aviation facilities. She is also slightly heavier as a result of that (20900t full load compared to 20240t).
- Production delayed from planned 25 months (from first steel cut in 2010 to commissioning) to 36 months.
- The production delay in Germany was due to the shipyard that built the basic hull for her going through insolvency.
- Project procurement cost ~350 Million Euro (2012) which i think included ~330 million for the ship itself. Inflation-adjusted that would convert to about 767 million CAD today.
- The procurement cost - significantly increased from the first two ships - was criticized at the time occasionally and considered a hidden subsidy to industry. According to some press reports industry in negotiations reasoned for the higher price based on China supposedly having driven up steel prices globally. The to-then inflation-adjusted cost of the original two ships would have been closer to 170 million Euro, i.e. half as much.
So the inflation adjusted cost for German build is half as much as what Canada is paying.For A1413 Bonn, the German third (and modified) Berlin class ordered in 2009:
The ship is modified design-wise compared to the first two mostly in the sense of a modernization and reconfiguration of all internal spaces, as well as a new propulsion layout and updated/expanded aviation facilities. She is also slightly heavier as a result of that (20900t full load compared to 20240t).
- Production delayed from planned 25 months (from first steel cut in 2010 to commissioning) to 36 months.
- The production delay in Germany was due to the shipyard that built the basic hull for her going through insolvency.
- Project procurement cost ~350 Million Euro (2012) which i think included ~330 million for the ship itself. Inflation-adjusted that would convert to about 767 million CAD today.
- The procurement cost - significantly increased from the first two ships - was criticized at the time occasionally and considered a hidden subsidy to industry. According to some press reports industry in negotiations reasoned for the higher price based on China supposedly having driven up steel prices globally. The to-then inflation-adjusted cost of the original two ships would have been closer to 170 million Euro, i.e. half as much.
I think they should have just ordered basically the same build as Germany, and spun the additional requirements into another platform.So the inflation adjusted cost for German build is half as much as what Canada is paying.
Sounds like Australia about 6 years ago.Canada is formally committing to new submarines:
Canada commits to buying 12 new conventionally-powered, under-the-ice submarines - Breaking Defense
In a recent op-ed, Bill Blair, Canada's minister for national defence, said the submarine acquisition would help his country cross the 2 percent GDP target.breakingdefense.com
This is a pretty big prize, so interest from manufacturers will undoubtedly be quite strong.
How well set up is Canada to develop its own reactors or does it have any chance of joining AUKUS Pillar One? The AUKUS partners have said that it won't invite anyone into Pillar One. Brazil has developed its own reactor to fit into a French developed SSN. Would France be willing to export reactor technology to Canada and is Canada willing to accept all the issues that would come with that outcome.Sounds like Australia about 6 years ago.
Just a thought ... why would you want conventional submarines when going under ice packs and potentially facing off against Russian SSNs?
Given how long these selection processes tend to drag out and Australia's failed attempt at trying to find conventional submarines that are capable of performing the roles of nuclear submarines I am inclined to think that Canada will eventually see the light as far as SSNs are concerned.
Canada has a lot more experience with nuclear power than Australia and that includes constructing nuclear reactors.How well set up is Canada to develop its own reactors or does it have any chance of joining AUKUS Pillar One? The AUKUS partners have said that it won't invite anyone into Pillar One. Brazil has developed its own reactor to fit into a French developed SSN. Would France be willing to export reactor technology to Canada and is Canada willing to accept all the issues that would come with that outcome.