How Effective Are Suppressed Muzzle Brakes? (Actual Recoil Data)

Published on February 28, 2026
Duration: 9:01

This video provides objective recoil data for the OCL Infinity suppressor with different endcaps, including a standard, vented, and muzzle brake configuration. Using accelerometers on a Sig Spear .308, the instructor demonstrates the recoil reduction achieved by each endcap. The muzzle brake endcap showed a substantial 18.3% recoil reduction, while the standard endcap offered a 9.9% reduction, and the vented endcap provided minimal improvement.

Quick Summary

The OCL Infinity suppressor's muzzle brake endcap demonstrated an 18.3% recoil reduction on a Sig Spear .308. The standard endcap offered 9.9% reduction, while the vented endcap provided only 4.2%. This data highlights the significant impact of suppressor endcap design on felt recoil.

Chapters

  1. 00:07OCL Infinity Suppressor & Muzzle Brake
  2. 00:43Patreon Support & Giveaways
  3. 01:05Optics Planet Code & Dog Lobo
  4. 02:02OCL Infinity Endcap Options
  5. 03:39300 PRC Recoil Data & Sig Spear
  6. 04:07Ammunition & Accelerometer Setup
  7. 04:38Data Validity & Limitations
  8. 05:07Recoil Reduction Comparison
  9. 06:56Data Visualization & Summary
  10. 07:21Data Usefulness & Comparisons
  11. 08:13Channel Support & Outro

Frequently Asked Questions

How effective is a suppressed muzzle brake for recoil reduction?

Testing with the OCL Infinity suppressor's muzzle brake endcap on a Sig Spear .308 showed an 18.3% reduction in recoil impulse. This is a substantial improvement compared to the standard endcap (9.9% reduction) and the vented endcap (4.2% reduction).

What recoil reduction does the OCL Infinity suppressor offer with different endcaps?

The OCL Infinity suppressor demonstrated recoil reductions of 9.9% with its solid endcap and 4.2% with its vented endcap on a Sig Spear .308. The muzzle brake endcap provided the most significant reduction at 18.3%.

How is recoil data collected for suppressor testing?

Recoil data is collected using accelerometers mounted to the firearm, logging acceleration peaks at a high frequency (e.g., 400 Hertz). This allows for precise measurement of recoil impulse across different configurations.

Can recoil data from different tests be directly compared?

No, recoil data is highly specific to the testing setup, including the firearm, ammunition, and accelerometer mounting. Direct comparisons between different tests are invalid unless all variables are identical.

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