Not yet, as of RN it is 80mm with less than 50 degree tilt, so not like with a 3.7 BR disadvantage, it will fend off anything. At angles, 30mm apfsds will pen as well, certainly 40 and 57 mm have 0 problem.
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My main issue with it is the fact that composite screen has 0.15 effectiveness against kinetic rounds, meaning it literally is less effective that aluminium or even glass in game. Gaijin, time for some science class.
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The VT5 is a tank with a weight close to T55. Although it has many auxiliary equipment, its protection should not be similar to that of 2S25m, as it is now,I hope gaijin can pay attention to this
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At least half of the data on the VT5 is incorrect, including armor thickness, fuel tank capacity, shell penetration performance, and that inexplicably added ‘bathtub’.
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A tanks weight is not an automatic reflection of it’s protection capabilities unfortunately.
Naturally we will review and study any piblciallt available material submitted via reports, but we cannot make changes based solely on the tanks weight.
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I hope developers will pay attention to this post,vt5’s data is currently wrong.
However,a tank of 33t can not Defeat 12.7 machine gun bullets On the front and side is clearly incorrect,i think gaijin should pay attention to this
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I think this photo shows the side armor’s thickness, it should be about 30mm
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Perhaps the tank weight doesn’t accurately reflect the vehicle’s protection, but why would the Chinese be foolish enough to build a tank that can be damaged by a rifle, and why would Bangladesh be foolish enough to buy it? Does Gaijin really believe that releasing such a vehicle in the new version will actually attract players to play?
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It’s too rediculous about a 33T “LMBT” cann’t even defeat 12.7 machine gun.VT-5 need to be fixed. I hope to see new changes on devserves.
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slf-/ invent next gen air armor with 13t weight but 0 defense
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I’ve come to post this quote of my statement in another topic.
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Dear community manager, although the tonnage of the two tanks is similar, vt5, as a lightweight main tank, can’t prevent bullets of 13.8 or even 5.8mm in the front, which is obviously unreasonable. Besides, materials science has been progressing and developing for so many years. Please think it over. We hope you can uphold justice for us.
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So, can I understand that you currently believe that a VT-5 with only 38 105mm shells, under the same protection conditions, is equivalent to an octopus M that is 15 tons lighter and can carry 40 125mm shells.
If that’s the case, do you think you lack some common sense.
And the common sense I know is that the higher the hardness, the greater the mass, and the thicker the thickness, the more difficult it is to penetrate. Even ordinary A4 paper, as long as the thickness reaches 20-30cm, can block 7.92 full power rifle bullets. It is obvious that the composite armor of the VT-5 turret is much harder than paper, and also significantly thicker than the example of 20-30cm.
Even if the VT-5 is filled entirely with asbestos and rubber (as these two materials are most common in tank composite armor), it should not be unable to withstand 12.7mm bullets.
Of course, what I’m talking about is frontal protection, not side protection, because we all understand that armor plates with a thickness of 20-30mm cannot withstand anything.
Okay my friend, since you’ve always thought that the current VT-5 is normal, why don’t you take a look at the three pictures below? Although you may not understand Chinese, it’s okay. After playing WT for so long, you still know some interfaces
Let’s start with the most familiar armor structure diagram. It is very obvious that this composite armor is a block shaped object resembling a rectangular shape, showing the characteristics of being long in the front to back direction and short in the up and down direction.
Now is the most commonly seen frontal protection analysis diagram. Wow~It’s all green. Of course, the focus is not on analysis, but on the type of ammunition: br-412d。 This is one of the most familiar shells to us, but we are not here to criticize that the VT-5 cannot withstand the BR-412d. Let’s first remember the puncture resistance of the BR-412d here: 135mm, let’s just assume it is 140mm.
Okay, the main film has just begun. Let’s take a look at this picture again. It’s still an armor analysis, but the direction has been moved from the front to the top. As we just mentioned, this composite armor is long and narrow, which means that the physical thickness from the front should be greater than that from the top. From this, we can theoretically speculate that the front penetration resistance of this composite armor is stronger than that from the top.
But let’s take a look at this picture again, and you should be able to see very clearly his anti penetration thickness: 225mm, let’s assume it is 220mm for now. This number is actually larger than what we just saw. Do you remember what the data was just now? The answer is: 135mm.
Now let me ask：Is the wear resistance of the longer part of a rectangular block made of the same material higher or lower than that of the shorter part?
I hope you can give a normal answer, and this normal answer precisely negates the current performance of the VT-5 vehicle.
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You replied to the wrong post.
I stated that the armor is likely incorrect.
Your entire post does not address anything I said, and your post is not in disagreement with my statements.
Since you can’t understand, let’s ask a simpler question: Is there a material in the world with a physical thickness of 400-500mm but a wear resistance coefficient of only 0.25 or less?
At least as far as I know, the wear resistance coefficient of composite armor is generally between 0.6-0.8, because the characteristics of composite materials cannot have a high wear resistance coefficient, and their demand cannot lead to a low coefficient, that’s all.
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I just read some of your statements and it seems like I went a bit too far. I apologize to you here.
However, in any case, weight should not be completely equivalent to protective performance, but the current armor protection coefficient data is bound to be incorrect, and it is almost impossible to have a second answer. If China only wants to build a main battle tank that can be penetrated by heavy machine guns, why not modify it on the basis of the existing ZBd04A? To some extent, the protection level of ZBd04A is even better（
In summary, the level of protection for turrets should not be like this, and it is absolutely impossible to do so. This is just random writing of data.
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Does gaijin or anyone really think that a 33-ton tank can barely defend itself against heavy machine guns? This game is full of Russian bias against non-Russian vehicles, especially Chinese and Italian ones.
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