Fleshlight Ballistic Testing (With Real Suppressor)

Published on June 17, 2024
Duration: 20:53

This guide details a unique approach to ballistic testing and suppressor evaluation, utilizing unconventional materials like silicone toys and a 3D-printed Haynes 282 suppressor. The video, presented with satirical yet technically proficient commentary, explores the performance of the Radical Defense LS-5 suppressor on an Aero Precision AR-15, including its heat management and blast reduction capabilities. It also touches upon the use of various firearms like the Taurus TX22 and Laugo Alien for testing purposes.

Quick Summary

The Radical Defense LS-5 is a 3D-printed 5.56 suppressor made from Haynes 282, tested on an Aero Precision AR-15. It demonstrated effective blast reduction and minimal gas blowback. Ballistic testing used silicone toys as a substitute for gel, showing penetration effects from .22LR, 9mm, and 5.56 rounds.

Chapters

  1. 00:58Introduction & Test Setup
  2. 01:42Aero Precision AR-15 Overview
  3. 02:34Unconventional Accessories
  4. 05:54Radical Defense LS-5 Suppressor Deep Dive
  5. 07:39Heat Mitigation Testing
  6. 10:58Ballistic Testing with Silicone Toys
  7. 15:18Suppressor Blast Comparison
  8. 18:13Final Assessment

Frequently Asked Questions

What makes the Radical Defense LS-5 suppressor unique?

The Radical Defense LS-5 is notable for being 3D-printed from Haynes 282, a high-strength, high-temperature resistant superalloy, offering advanced performance characteristics for a suppressor. It also features a hub-compatible mounting system, tested here with a Dead Air Xeno adapter.

How was ballistic testing conducted in the PSR video?

Instead of traditional ballistic gel, the video utilized large silicone toys to visually demonstrate penetration and cavity effects from suppressed firearms. This unconventional method was applied to test various calibers, including .22LR, 9mm, and 5.56 NATO.

What are the performance characteristics of the LS-5 suppressor?

The LS-5 suppressor demonstrated effective muzzle blast reduction and minimal gas blowback on a direct impingement AR-15. Its construction from Haynes 282 suggests high thermal and structural integrity, though attempts at heat mitigation with silicone sleeves proved unsuccessful due to material degradation.

What firearms were featured in the ballistic testing video?

The primary test platform was a 16-inch Aero Precision AR-15 chambered in 5.56x45mm NATO. Other firearms shown and potentially used for testing included a Taurus TX22 (.22LR) and a Laugo Arms Alien (9mm).

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