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Canada's tanks

Is that timeline evidence that the west is screwed, or demonstrative of a piece of tech that is pretty much against the mechanical/technological asymptote bashing its head against the wall trying to manufacture a generational leap when there's only really room left for incremental gains and tweaks?
I think it nis indicative of what happens when you merge three companies - two German and one French - to design and build a family of vehicles around one chassis in 8 pillars.

🍻
 
I think it is indicative of what happens when you merge three companies - two German and one French - to design and build a family of vehicles around one chassis in 8 pillars.

🍻
Competing requirements...
Weight reduction - passive protection increase - active protection systems - larger cannon - common chassis for other platforms etc.

When everything is a priority, then nothing is.

Some of it reminds me of the MBT-70 program, but while there aren't competing cannon requirements (152mm and 120mm) the desire to have a common chassis is going to take some efforts.
 
Competing requirements...
Weight reduction - passive protection increase - active protection systems - larger cannon - common chassis for other platforms etc.

When everything is a priority, then nothing is.

Some of it reminds me of the MBT-70 program, but while there aren't competing cannon requirements (152mm and 120mm) the desire to have a common chassis is going to take some efforts.
If you place your order today with your customs specs, South Korea will have it ready by next Thursday, with a side of spare ribs.
 
I was thinking for the past few days on the Common Chassis issue - mainly from the Merkava standpoint - how the design of that works for a "at home Army that has realistically a 200km operating bubble - and how that doesn't work for the expeditionary army that anticipates moving that distance in a day or less at times of rapid advance, but will not have the ability to simply flat bed the tank to a Depot for maintenance when it needs engine or transmission work.

You can see from this video the access to the Abrams engine and transmission is dead simple - but also blocks any method of creating a rear access point for a crew compartment.

If one was to move the engine forward - I don't think the turbine would be possible anymore - and a larger diesel would be used -
but then ones transmission grows to link back to the rear drive sprockets - cutting into to available space.

So while I like the idea of a common chassis - I don't think that one can get there from here in a system that will offer the maintenance needs of a maneuver/expedition army - without size increases to the chassis - which no one really wants either.
 
I was thinking for the past few days on the Common Chassis issue - mainly from the Merkava standpoint - how the design of that works for a "at home Army that has realistically a 200km operating bubble - and how that doesn't work for the expeditionary army that anticipates moving that distance in a day or less at times of rapid advance, but will not have the ability to simply flat bed the tank to a Depot for maintenance when it needs engine or transmission work.

You can see from this video the access to the Abrams engine and transmission is dead simple - but also blocks any method of creating a rear access point for a crew compartment.

If one was to move the engine forward - I don't think the turbine would be possible anymore - and a larger diesel would be used -
but then ones transmission grows to link back to the rear drive sprockets - cutting into to available space.

So while I like the idea of a common chassis - I don't think that one can get there from here in a system that will offer the maintenance needs of a maneuver/expedition army - without size increases to the chassis - which no one really wants either.
Well I could live with a GDLS Canada-built Abrams-X / Griffin III (XM30 candidate) tank/IFV combo.

If the M109A7 and MLRS are both based on the Bradley chassis I wonder if the same could be done on the Griffin III chassis?
 
So is Germany/KNDS going to go ahead with the ARC 3.0 as the basis for the Leo3 and Italy/Rheinmetall going with the KF51?
basically, my issue with all these news tanks is to much tech being shoved in them, making them expensive and harder to maintain which will bite us in the add in a major war. We need simpler designs that are cheaper to make and maintain, even if its not a 100% solution, 90% is good enough in some cases, especially if we need another 500 yesterday.
 
Is that timeline evidence that the west is screwed, or demonstrative of a piece of tech that is pretty much against the mechanical/technological asymptote bashing its head against the wall trying to manufacture a generational leap when there's only really room left for incremental gains and tweaks?

I think you are on to something there. When form follows function you end up, as you say, approaching asymptotical limits. There is little room left for great leaps forwards.
 
basically, my issue with all these news tanks is to much tech being shoved in them, making them expensive and harder to maintain which will bite us in the add in a major war. We need simpler designs that are cheaper to make and maintain, even if its not a 100% solution, 90% is good enough in some cases, especially if we need another 500 yesterday.
how much is enough? how much is too much? A way to test it?
 
I was thinking for the past few days on the Common Chassis issue - mainly from the Merkava standpoint - how the design of that works for a "at home Army that has realistically a 200km operating bubble - and how that doesn't work for the expeditionary army that anticipates moving that distance in a day or less at times of rapid advance, but will not have the ability to simply flat bed the tank to a Depot for maintenance when it needs engine or transmission work.

You can see from this video the access to the Abrams engine and transmission is dead simple - but also blocks any method of creating a rear access point for a crew compartment.

If one was to move the engine forward - I don't think the turbine would be possible anymore - and a larger diesel would be used -
but then ones transmission grows to link back to the rear drive sprockets - cutting into to available space.

So while I like the idea of a common chassis - I don't think that one can get there from here in a system that will offer the maintenance needs of a maneuver/expedition army - without size increases to the chassis - which no one really wants either.
And that is exactly why the T-14 Armata failed, at least as a concept of a common chassis for a tank, APC/IFV, SPG and whatever else they envisioned. The fundamental differences between the vehicle types are too much to plug and play, and the only real option is to design separate vehicles from the start.
 
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