Forest City Tactical Holster Test: The Cleanup

Published on June 26, 2013
Duration: 10:18

This video details a "cleanup" phase of a Forest City Tactical holster test, involving immersing a Glock firearm and holster in a mixture of water, mulch, sand, and ash. The process highlights the challenges of debris management in firearm components and holsters after exposure to harsh elements. The primary takeaway is the need for effective drainage systems in gear to prevent operational interference from accumulated debris.

Quick Summary

The Forest City Tactical holster and a Glock firearm were tested by immersing them in water, mulch, sand, and ash. Post-immersion, the Glock's performance degraded, becoming slow and failing to lock back, while the holster maintained functionality. A key suggestion for improvement is adding drainage openings to the holster to manage debris effectively.

Chapters

  1. 00:15Start of Cleanup Process
  2. 00:34Initial Observation of Dirtiness
  3. 01:01Focus on Gloves and Glasses
  4. 01:13Holster Functionality Check
  5. 01:33Glock Performance Degradation
  6. 01:53Re-testing Holster Functionality
  7. 02:06Intense Cleaning Phase
  8. 03:09Sensory Experience of Debris
  9. 04:59Cleaning Slide Rails
  10. 05:22Magazine Removal and Debris
  11. 06:34Mud and Debris Accumulation
  12. 06:44Impact on Personal Items (Phone)
  13. 09:36Suggested Holster Improvements

Frequently Asked Questions

What was the primary purpose of the Forest City Tactical holster test cleanup?

The cleanup phase tested how well the Forest City Tactical holster and a Glock firearm handled extreme environmental contamination, specifically immersion in water mixed with mulch, sand, and ash, to assess debris management and operational reliability.

How did the Glock firearm perform after being immersed in debris?

After immersion, the Glock firearm's performance degraded significantly. It became slower, did not run efficiently, and failed to lock back, indicating operational interference from the accumulated debris.

Did the Forest City Tactical holster continue to function after the debris immersion?

Yes, the Forest City Tactical holster continued to function adequately even after the Glock firearm's performance was compromised by the debris, suggesting a degree of resilience.

What is a suggested improvement for the Forest City Tactical holster based on this test?

The speaker suggested that the holster could be improved by incorporating drainage tabs or openings. This would allow debris like sand, mulch, and water to exit more effectively, preventing operational interference.

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