We Meltdown OUR OWN RIFLE! | Argos Ordnance A115

Published on July 2, 2023
Duration: 16:41

This video details a rigorous meltdown test on the Argos Ordnance A115 rifle, pushing it to its limits with 604 rounds of continuous full-auto fire. The test revealed significant barrel droop due to extreme heat, ultimately causing the rifle to fail. Despite the failure, bore inspection showed surprisingly intact rifling, highlighting the rifle's resilience under immense thermal stress.

Quick Summary

The Argos Ordnance A115 rifle endured 604 rounds of continuous full-auto fire in a meltdown test before failing due to significant barrel droop caused by extreme heat. Bore inspection showed surprisingly intact rifling despite the thermal stress.

Chapters

  1. 00:00Introduction & Safety Brief
  2. 00:26A115 Rifle Build Overview
  3. 01:40Riflespeed Gas Block & Components
  4. 02:42Test Parameters & Ammunition
  5. 04:32The Meltdown Begins: Full-Auto Fire
  6. 08:32Rifle Failure & Barrel Droop
  7. 10:06Post-Test Analysis & Round Count
  8. 12:51Bore Inspection & Conclusion

Frequently Asked Questions

What was the outcome of the Argos Ordnance A115 rifle's meltdown test?

The Argos Ordnance A115 rifle completed 604 rounds of continuous full-auto fire before failing. The primary failure was attributed to significant barrel droop caused by extreme heat, which likely disrupted gas port alignment or caused excessive friction.

What specific components were highlighted in the Argos Ordnance A115 meltdown test?

Key components included a 13.9-inch Ballistic Advantage barrel, a Riflespeed RS7533 adjustable gas block for precise gas control, a Vltor A5 buffer system for smoother cycling, and a Forward Controls Design muzzle device.

How much ammunition was used in the Argos Ordnance A115 meltdown test?

The test concluded after 604 rounds of continuous full-auto fire. A total of 1,140 rounds of PMC 55-grain M193 ammunition were prepared for the endurance trial.

What was the condition of the barrel after the meltdown test?

The barrel experienced significant droop due to extreme heat. However, a subsequent bore camera inspection revealed that the rifling inside the barrel remained surprisingly intact despite the severe thermal stress.

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