Stingerworx Evo Ti | Silencer Safety Test 002

Published on April 7, 2026
Duration: 9:08

This video details a destructive durability test of the Stingerworx Evo Ti titanium suppressor on a short-barreled AR-15. The test aimed to determine the suppressor's failure point under extreme stress, firing 1000 rounds or until catastrophic failure. The test highlights the importance of understanding suppressor limitations, especially with high-rate-of-fire devices like FRTs, and emphasizes that all components will eventually fail.

Quick Summary

The Stingerworx Evo Ti, an all-titanium 5.56mm suppressor, failed after 92 rounds in a destructive test using a 7.5-inch AR-15. The failure ejected baffles forward, a preferred outcome. This test highlights that titanium suppressors in this series fail under 100 rounds under extreme stress, emphasizing the need for manufacturers to design for predictable failure points.

Chapters

  1. 00:08Introduction to Stingerworx Evo Ti Test
  2. 00:17Suppressor Pop Series Overview
  3. 00:37Stingerworx Evo Ti Details
  4. 00:47Test Setup: 7.5" AR-15, 5.56mm
  5. 00:58Break Arms Plan B Mount
  6. 01:04Test Procedure Explanation
  7. 01:17Safety Precautions and Briefing
  8. 01:40Ballistic Shield and Range Setup
  9. 01:57Warning: Do Not Attempt at Home
  10. 02:11Purpose: Research and Development
  11. 02:43Initiating the Suppressor Test
  12. 03:13Stinger Works Evo TI Undergoing Test
  13. 03:24Stingerworks Honesty and Design
  14. 03:50All-Titanium Construction
  15. 03:56Designed for Modular Failure
  16. 04:20Suppressor Failure at 92 Rounds
  17. 04:25Best Case Scenario Failure: Forward Blast
  18. 04:34Extreme Heat and Baffle Erosion
  19. 04:44Preferable Failure Points
  20. 04:57Non-Scary Failure Event
  21. 05:03Stinger Works Contribution
  22. 05:17How Cans Fail is How They Fail
  23. 05:25Intentional Failure Design
  24. 05:34Titanium Construction Analysis
  25. 05:49Melted End Cap and Exterior Condition
  26. 05:54Best Failure Mode: Out the Front
  27. 06:00Safety of Forward Failure
  28. 06:05Gun Turned Shotgun
  29. 06:09Titanium Failure Trend Under 100 Rounds
  30. 06:14Surprise at Round Count
  31. 06:267.5" Barrel and Pressure
  32. 06:31System Designed to Destroy Cans
  33. 06:38Suppressor Pop Test Explained
  34. 06:51Critique of SOCOM Test
  35. 07:01Civilian SOCOM Test with FRTs
  36. 07:07FRT Use and Range Behavior
  37. 07:12Ignoring Barrel Restrictions and Warranties
  38. 07:16PSA: Read Manufacturer Recommendations
  39. 07:21Warning Signs: Glowing Suppressor
  40. 07:28Concern Over FRT Prevalence
  41. 07:33Popularity of Suppressors
  42. 07:45Point of the Test: Limitations
  43. 07:47Best Case Scenario Fail
  44. 07:52Hope for More Predictable Fails
  45. 08:05Advice for Suppressor Companies
  46. 08:12Companies with Contracts vs. Others
  47. 08:21Designed Failure Points
  48. 08:24Bad Luck with 'Won't Blow Up' Claims
  49. 08:32Preference for Known Failure Modes
  50. 08:38Everything Breaks
  51. 08:42Patreon Support Request
  52. 08:46Slow-Mo Cameras and YouTube Policy
  53. 08:53YouTube Dislikes Educational Content
  54. 09:00Educational and Informational Content
  55. 09:03Conclusion and Thanks

Frequently Asked Questions

What is the Stingerworx Evo Ti suppressor made of and how is it designed?

The Stingerworx Evo Ti is an all-titanium suppressor for 5.56mm firearms. Its design features a modular baffle stack that can be unscrewed from the serialized portion, allowing for easier repair or replacement of damaged baffles if a failure occurs.

How many rounds did the Stingerworx Evo Ti suppressor withstand in the destructive test?

In the 'Suppressor Pop Test,' the Stingerworx Evo Ti suppressor failed after 92 rounds. The failure mode was characterized by the baffles being ejected forward, which is considered a desirable outcome in a destructive test scenario.

What is the significance of the test setup used for the Stingerworx Evo Ti?

The test utilized a 7.5-inch barrel AR-15 chambered in 5.56mm, which significantly increases internal pressure and stress on the suppressor. This setup is designed to push suppressors to their limits, creating an extreme scenario not typical of standard use.

What trend is observed with titanium suppressors in this destructive testing series?

A trend observed in this series of destructive tests is that titanium suppressors, including the Stingerworx Evo Ti, tend to fail under 100 rounds when subjected to high-stress, rapid-fire conditions, which was a surprise to the testers.

What is the recommended approach for companies designing suppressors based on these tests?

Based on these tests, it is recommended that suppressor companies design for predictable failure points rather than claiming their products are indestructible. Companies with military contracts or extensive testing data tend to have more predictable failure modes.

Related News

All News →

More Tactical & Gear Videos You Might Like

More from Desk Pop

View all →