JAPANESE ARISAKA TORTURE TEST

Published on June 22, 2013
Duration: 15:34

This video details an expert-level torture test of a Japanese Arisaka Type 99 rifle, pushing its legendary strength to the absolute limit. The analysis, conducted by experienced individuals with high authority, includes baseline functionality tests, extreme overcharge testing with various powders, and attempts to replicate historical obstruction clearing methods. The rifle's resilience is tested against direct fire, showcasing its robust design and historical reputation for durability. Safety warnings regarding reloading and potential firearm failure are emphasized throughout.

Quick Summary

The Japanese Arisaka Type 99 is renowned for its exceptional strength, with historical tests indicating its action can safely handle pressures up to 90,000 PSI. This durability was demonstrated in a 'torture test' involving extreme overloads and firing through obstructions, highlighting its robust design.

Chapters

  1. 00:00Introduction and Teaser
  2. 00:27Historical Context and Strength
  3. 01:57Baseline Functionality Test
  4. 02:21Overcharge Testing (IMR 4895 & H335)
  5. 06:17Extreme Pressure Test (H110)
  6. 10:22Hatcher's Obstruction Theory
  7. 12:23Destructive Obstruction Test
  8. 14:01Final Destruction

Frequently Asked Questions

How strong is the Japanese Arisaka Type 99 rifle?

The Arisaka Type 99 is considered one of the strongest bolt-action rifles ever made. Historical tests by Julian Hatcher demonstrated its action could withstand extreme pressures, reportedly up to 90,000 PSI, far exceeding typical service rifle limits.

What are the dangers of using pistol powder in a rifle?

Using fast-burning pistol powders like H110 in rifle cartridges at high charge weights is extremely dangerous. It can create dangerously high pressures very quickly, leading to catastrophic firearm failure, stuck bolts, and severe damage to the rifle and shooter.

Can firing through a mud-plugged barrel damage a rifle?

Yes, firing a live round into a mud-plugged barrel creates immense pressure behind the obstruction. This can cause the barrel to 'ring' (permanently deform) and potentially lead to case neck disintegration or other catastrophic failures.

What safety precautions are essential during firearm stress testing?

During any firearm stress or torture testing, wearing full personal protective equipment (eye and ear protection) is mandatory. Extreme caution must be exercised, especially when dealing with reloaded ammunition or potential firearm failures. Always follow established safe reloading practices.

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