So, although we have confirmed that it has issues in the game, we will never see it fixed.
Unfortunately, it seems that Yamato won’t fix any bugs to provide a better gaming experience at the moment.Go play other battleships instead.
Lacking documents will cause things to be closed.
Yamato’s ammo storage is currently correct according to available sources.
Also as you can see there are zero reports on the aft ammo elevator being incorrect despite it being incorrect.
As seen here, the aft most ammo is actually ever so slightly lower than the front ammo:
However, the ammo elevator of the aft turret is a copy-paste of the forward turrets when it should be a unique model.
As seen here the ammo elevator sits too low and clips with the drive shafts:
Spoiler
The aft elevator sitting too low also causes it to misalign with the rather correct ammo storage.
Although I would like to say that these reports include sufficient evidence to prove Gaijin’s mistakes, regardless of the results, it can be confirmed that Gaijin will not make any changes to the direction of Yamato’s protective performance at present.Unfortunately, Yamato will continue to maintain be paned=explosion.
What is the exact issue? I see it exploding all the time, but is it due to some armor/maggazine bug or?
both.
The position of the magazine is too high. The fill rate is too high, resulting in the magazine module being significantly large and more likely to be hit.
The height of the main armor belt near the No.2 turret is lower compared to reality, resulting in a smaller horizontal armor slope, making it easier to penetrate. Additionally, the absence of compartments within the armor box means that any penetration leads to catastrophic explosions.
The Yamato is the only battleship among the newly added battleships that lacks internal compartmentalized armor within its main armor belt, resulting in its inability to absorb a portion of the fragments with internal anti-fragmentation armor to reduce damage. Any penetrating shells will explode, affecting all adjacent compartments upon impact.