HYPERSONIC ARROWS! Ancient Tech VS Modern Tanks - 105mm M735 AP Sabot Ammo #military #army #physics

Published on April 26, 2025
Duration: 1:19

This guide details the disassembly of a 105mm M735 APFSDS-T round, as demonstrated by Ordnance. It covers identifying markings, separating the sabot from the casing, and dismantling the sabot petals to reveal the penetrator rod. The process highlights the kinetic energy principles behind this advanced anti-armor ammunition.

Quick Summary

The 105mm M735 APFSDS-T round is an advanced armor-piercing projectile designed for the M68 tank gun. It utilizes a kinetic energy penetrator, often made of Depleted Uranium or Tungsten, traveling at hypersonic speeds up to 3,500 mph. The discarding sabot ensures stability during launch, enabling effective penetration of heavy tank armor without explosives.

Chapters

  1. 00:00Introduction to the M735 Round
  2. 00:08Disassembly of the Sabot Assembly
  3. 00:41Penetrator Rod and Sabot Petals
  4. 00:59Physics and Performance

Frequently Asked Questions

What is the M735 APFSDS-T round?

The M735 APFSDS-T is a 105mm Armor-Piercing Fin-Stabilized Discarding Sabot - Tracer round, designed for the M68 tank gun. It uses a kinetic energy penetrator made of Depleted Uranium or Tungsten to defeat armor at hypersonic speeds.

How fast does the M735 round travel?

The M735 APFSDS-T round travels at hypersonic speeds, reaching up to approximately 3,500 miles per hour. This high velocity is key to its armor-piercing capability through kinetic energy transfer.

What materials are used in the M735 penetrator?

The penetrator rod for the M735 APFSDS-T round is typically constructed from dense, high-strength materials such as Depleted Uranium or Tungsten, chosen for their ability to maximize kinetic energy impact.

What is the purpose of the sabot in an APFSDS-T round?

The sabot is a component that fits around the penetrator rod, allowing the smaller projectile to be fired from a larger caliber gun (like the 105mm M68). It is discarded after leaving the barrel, ensuring the fin-stabilized penetrator maintains accuracy.

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