TELESCOPIC, SEGMENTED, & JACKETED APFSDS vs SLOPED ARMOUR | Unique APFSDS Vol. 5

These designs will be tested against ERA in the near future...

'
where is the powerful TNT inside then bullet hit the tank and BANG boooom

dont believe...

No way that the telescopic sleeve will retain its shape when hitting sloped surfaces, it will snap in two.

I wonder how effective is telescoping APFSDS against heavy ERA such as Kontakt/Relikt; from what I've read, M829A3+ relies on some sort of "two part" isolation to deal with the ERA first so the rear remains less affected.

How do telescopic APFSDS prevent the core from sliding forward directly on impact?

Telescoping one looks awesome and performs awesome!

the telescoping one is super sexzy

Now combine al 3

So far in all tests i'v seen it seems that backwards telescoping apfsds gives a massive increse in penetration whit no downside, if it is so, then why is it not in use? Or is there a missing flaw i am not seeing?

conventional explosive propellants top out around 1800-1850m/sec for these kinds of sabot projectiles. That's about Mach 5.5. 2000+ is around Mach 6, which is verging on railgun territory.
The fastest rifle rounds hit around 1400m/sec, or a bit above Mach 4.

Instead of telescoping All the way back test it with only 1/3rd extension and compare,

Bless you

If a proper way to lets apfsds telescope gets developed, it will be and absolute game changer.

what if you put tungsten rod with thermite suck to it kinda like a welding rod.. lol

whats the software called?

Segmented has skill issue

@draksionar mentioned this before but I have a step further into the theory. Flip the segments + split them into 3-4 pieces. This would create a row of tungsten "scoops"

How does the telescopic work? Wouldn't the telescopic one, untelescope itself at impact?

Meanwhile in Warthunder:
Hit Hit Hit Hit

Так вот куда уходит мой снаряд, когда я не пробиваю танк в Вар Тандер

what software is this?

Can u simulate a amx foch ac48 ?

Boing round does best

Do you know, why the trailing telescopic penetrator doesnt get retracted again, when it hits the target?

Game name

I have absolutely no idea what's going on, but I like to see tanks blow shit up.

in what program he makes this simulations ?

Meanwhile WT: bounce

how does the empty tube of the telescopic remove the central mass of the armor it hits so efficiently?

Thanks for this! Finally understand why I've been having so much trouble with my segmented shells. Next time I'm shelling out for the telescoping APFSDS, worth every penny.

Why not use Uran?

poor armor😭😭😭😭

Funny how these simulations have 0 deflection, as if God himself was pushing it through the armor, hahaha

Can anybody kindly tell me examples of those rounds ? Like what type are M829A-series ?

What about DM-series ? Etc.

Try this against a T-34 please

I don't think your model for the telescopic penetrator is even remotely close to correct.

The frontal sloped armor above the driver of the Abrams is 82.5°.

What about ricochet?

I have this nutty idea of putting a small shaped charge with a deep narrow cone at the end of one of these penetrators that would detonate just before impact to make a "pre drilled hole" for the main penetrator.

What if we just make a big ass HE round (more than 40 kilos of HE something that is equivalent to 80-200 kg of tnt atleast) that goes 3000+ m/s and just lob that at tanks and everything else

How could you stop the telescopic penetrators to fold back in after the initial impact?

Why doesn’t
the apfsds shell normalize like a normal ap shell would

Best Russian apfsds vs m1 Abrams turret front

Tungsten mines:

I don't get why the telescopic model was consuming nearly the same amount or armor while having way less resistance - even if i take that the extended structure will not break its angle for having a very weak spot and a angled force throught ehresistance of sloped armor.

pretty sure the telescoping apfsds would start tumbling, even with fin stabilization due to the round becoming so back heavy.

Wouldn't the inertia of the slender core on the telescoping projectile cause it to fold back into the sleeve on impact?

Dont worry, with this new segmented APDFS, its only a matter of time before APDFSHE is created by adding a fuze to the front tip of the APDFS round leading to the core of the dart which contains HE filler and then... boom