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APFSDS 3BM-42 | Armor Penetration Simulation with Discarding Sabot Motion 

Military Simulation Lab
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#APFSDS #3BM42 #Military #Mango #armour #piercing #simulation #dynamics #impact #russia #t54 #missile
This video demonstrates the deformation of the APFSDS 3BM-42 with 1000 m/s speed.
Ref) www.steelbeasts...
Developed under the research topic "Mango", the 3BM42 is an advanced Soviet long-rod APFSDS-T round that entered service in 1986. Specifically designed to defeat modern composite (NERA) armor arrays, the 3BM42 does not descend from the 3BM32 but is a parallel development of the 3BM26 and 3BM29 rounds, featuring an improved V-96Ts1 alloy version of the re-designed aluminum sabot introduced with the 3BM26 and a complex multi-part penetrator. The unique penetrator design consists of a solid austenitic frontal ballistic/penetrating cap, a second penetrating cap intended to dampen penetrator rebound and decrease yaw from reactive armor components, and two high elongation WHA rods contained in a marging steel outer body. Interfacing the rods with the projectile body is a low-melting-point alloy allowing them to slide forward during penetration without energy loss. Interestingly, despite its greater length to diameter ratio compared to the 3BM32 (20:1 vs 16:1), the 3BM42 performs roughly 5% worse against homogeneous targets while performing considerably better against spaced armor arrays. This difference typically results in both of these rounds being carried on the same vehicle in mixed loadouts.
Introduced in 1986, the 3BM42 was produced in large numbers and, along with the 3BM32, served as the principal anti-armor round for the Soviet Union through the end of the Cold War. This round saw action in both the Chechen and Georgian conflicts, and saw extensive use on both sides of the so-called "War in Donbass". Seeing worldwide proliferation with the exportation of more modern tank designs by Russia and the Ukraine, the 3BM42 is in service with various users across the Middle and Far-East along with the Americas. Due to export and combat usage, as of this writing (2019) it can be assumed that Russian stocks of 3BM42 rounds have been significantly reduced while Ukrainian stockpiles may be completely depleted.

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5 окт 2024

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Комментарии : 18   
@vtakpanzer7456
@vtakpanzer7456 2 года назад
i think you messed up some values, maybe velocity or materials, since this is kind of underwhelming of the actual capability of an apfsds round
@militarysimulationlab
@militarysimulationlab 2 года назад
Yeah you’re right. It has around half speed of the actual velocity.
@kanyeeast8450
@kanyeeast8450 2 года назад
@@militarysimulationlab right but what about the durability of that steel, it should be nowhere near that strong.
@scienceium5233
@scienceium5233 Год назад
yeah speed is 1600-1800 m/sec not 1000
@MalikaiBarker
@MalikaiBarker 2 месяца назад
It is diamond ​@@kanyeeast8450
@KommanderEd
@KommanderEd 2 месяца назад
@@militarysimulationlaboh thats why it did not pen, i was so confused lol😂
@mr.waffentrager4400
@mr.waffentrager4400 2 года назад
What kind of stalinium did you use lmao
@militarysimulationlab
@militarysimulationlab 2 года назад
For the armor, I used the default steel property that the simulation software provides (E: 208 GPa, yield stress: around 400 MPa). For the projectile, Al, steel, tungsten were used.
@dejantamindzija7749
@dejantamindzija7749 2 года назад
@@militarysimulationlab no way that yellow is tungsten, even at insufficient velocities for penetration, it wouldn't erode that much.
@orange8175
@orange8175 2 года назад
is that apfsds made of paper?
@alsoegonedman
@alsoegonedman 2 года назад
Seems a bit weak for a sabot round...
@militarysimulationlab
@militarysimulationlab 2 года назад
You mean the sabot seems structually weak? The large deformation of the sabot results from the enlarged sudden force which was applied to make the sabots move faster than its actually speed.
@nik.akhmetov
@nik.akhmetov 2 года назад
could you try simulate impact of one of the sabot pieces on lightly armored target?
@olololoolol8526
@olololoolol8526 Год назад
I don't think it is real. At speed 800-1000m/s ordinary round make more better job. Don't think that slim long round do not so good how ordinary rounds
@Mycikakat
@Mycikakat Год назад
Is that APFSDS made of plastic?
@lunseren
@lunseren Год назад
Wait a minute..
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