ASFC
I am not trying to "sell" the Stanflex, it's a 20 years old system. thailored to the needs of the danish navy. Though it's huge succes for the danish navy in adding modularity, fleetwide standardisation and conformity as well as flexibity (all which has lead to value for money) are experiences that I feel other navies (small as big) could take advantage off, in designing a modern navy for the 21th century.
To accomplish this endevour in large scale the german MEKO enters the picture, I have little to add to the german MEKO concept other than, "naturally". So what I suggest is something that draws from both the danish StanFlex and the German MEKO experience (to my understanding MEKO is more large scale than the StanFlex which more deals with the details - we need a comprehensive approch that deals with both aspects)
The Stanflex and MEKO, imho, represent a bottom up approch, in which idealy the totallity of the needs of the customer (navy, defense department/ministry) are analysed, and you then design a concept from bottom up that can meet the customer demands.
That's in contrast to traditional procurement where the customer issues a set of specifications which are then meet, a top down approch. One approch if succesfull leads to a clean and lean design of cost savings, while the other leads a jungle of costs and unforseen problems.
If a weapon system can't be containerised (or there is no point) then ofcourse you don't containerise it. But there is a point in standardising it regardless (f.ex so that it can communicate with the ships mangement system - which is a standard ). As you mention, The large VLS system on the new frigates or the 5" Gun on absalon are not containerised. Infact the only identified risc in the project to build the new multirole/AAD frigates is the interface between the VLS and the mangement system (yes I did say "only", a contributing factor to the oddity that the danish navy get her ships on schedule, on budget and at a fraction of the price of other comparable ships)
"You want the ability to have the best weapons available"
This you exactly achive, because you can easely update the weaponry simply by exchanging old for new modules/containers. As an example. The danish navy went from SSM to ESSM fleetwide, simply by buying a suitable number of containerized ESSM, updated the combat mangement system, more or less, of the navy and deployed to all units (who then entered certification etc) Ofcourse it's not so easy with the stuff that can't be modular/containerised. Though you can still make sure that that also adhere to certain standards.
But when you want of different reason to have a weapon on those ships, what's more natural than plug and play? Why waste money on figuring out how to make a new system? Why waste ressources on training an operator specifically to operate yet another system? The design and construction of the Knud Rassmussen class was a simple low risc enterprise, the StanFlex eleminated all riscs concerned to the specifics of a warship. So efforts could be directed at the interesting topic of makng a ship that could perform superbly in one of the world's most difficult waters.
The total procurement of ships of the danish navy the last 25 years including the 3 multirole/AAD frigates in production is worth less than 2 Type 45s (going with the 1bn figure for each ship).
I am not trying to "sell" the Stanflex, it's a 20 years old system. thailored to the needs of the danish navy. Though it's huge succes for the danish navy in adding modularity, fleetwide standardisation and conformity as well as flexibity (all which has lead to value for money) are experiences that I feel other navies (small as big) could take advantage off, in designing a modern navy for the 21th century.
To accomplish this endevour in large scale the german MEKO enters the picture, I have little to add to the german MEKO concept other than, "naturally". So what I suggest is something that draws from both the danish StanFlex and the German MEKO experience (to my understanding MEKO is more large scale than the StanFlex which more deals with the details - we need a comprehensive approch that deals with both aspects)
The Stanflex and MEKO, imho, represent a bottom up approch, in which idealy the totallity of the needs of the customer (navy, defense department/ministry) are analysed, and you then design a concept from bottom up that can meet the customer demands.
That's in contrast to traditional procurement where the customer issues a set of specifications which are then meet, a top down approch. One approch if succesfull leads to a clean and lean design of cost savings, while the other leads a jungle of costs and unforseen problems.
"not tied to whatever can be 'containerised' into certain positions"What I don't agree with is tieing yourself to a set number of containerised weapons that are 'pooled' for fleet use. You want the ability to have the best weapons available for use in your navy, not tied to whatever can be 'containerised' into certain positions.
If a weapon system can't be containerised (or there is no point) then ofcourse you don't containerise it. But there is a point in standardising it regardless (f.ex so that it can communicate with the ships mangement system - which is a standard ). As you mention, The large VLS system on the new frigates or the 5" Gun on absalon are not containerised. Infact the only identified risc in the project to build the new multirole/AAD frigates is the interface between the VLS and the mangement system (yes I did say "only", a contributing factor to the oddity that the danish navy get her ships on schedule, on budget and at a fraction of the price of other comparable ships)
"You want the ability to have the best weapons available"
This you exactly achive, because you can easely update the weaponry simply by exchanging old for new modules/containers. As an example. The danish navy went from SSM to ESSM fleetwide, simply by buying a suitable number of containerized ESSM, updated the combat mangement system, more or less, of the navy and deployed to all units (who then entered certification etc) Ofcourse it's not so easy with the stuff that can't be modular/containerised. Though you can still make sure that that also adhere to certain standards.
They probably won't, I think both of them has the 76mm OTO SR, to make sure that it is a dejure "warship" (that has implications for their role of maintaining danish sovereignity, over areas where certain countries has a very hard time figuring out the basics of "mine" and "yours") 99.9% of their work is to keep an eye on modern pirates (you know the kind that prey on other people's marine ressources) and surporting the Greenlandic communities with rescue and such.I wonder how many times the Thetis and Knud Rasmussen classes have/will carry the heavier weapons that being stanflex ships allows them to?
But when you want of different reason to have a weapon on those ships, what's more natural than plug and play? Why waste money on figuring out how to make a new system? Why waste ressources on training an operator specifically to operate yet another system? The design and construction of the Knud Rassmussen class was a simple low risc enterprise, the StanFlex eleminated all riscs concerned to the specifics of a warship. So efforts could be directed at the interesting topic of makng a ship that could perform superbly in one of the world's most difficult waters.
The total procurement of ships of the danish navy the last 25 years including the 3 multirole/AAD frigates in production is worth less than 2 Type 45s (going with the 1bn figure for each ship).
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