PATREON SHORTS - Zeroing Your Laser

Published on December 13, 2024
Duration: 8:45

This guide details the expert process of zeroing a laser aiming module (LAM) in conjunction with a red dot optic, emphasizing co-witnessing for a unified aiming solution. It covers independent laser zeroing, the impact of suppressors on zero, and practical live-fire confirmation techniques. The instruction highlights the importance of a memorized hold for various distances and preparing for night vision integration.

Quick Summary

To effectively zero a laser aiming module (LAM) with a red dot optic, co-witness the laser dot with the red dot reticle at 25 yards. Then, turn off the red dot and confirm the laser's independent zero. Fine-tune with small adjustments for tight groupings. Always zero with accessories like suppressors attached if they are part of your primary setup.

Chapters

  1. 00:04Intro & Zero Confirmation
  2. 00:16Laser Co-witnessing Process
  3. 00:36Laser-Only Operation & Power
  4. 00:52Independent Laser Zeroing
  5. 01:08Co-witnessing Philosophy
  6. 01:21Zero Distances & Hold-offs
  7. 01:38Live Fire Zero Confirmation
  8. 01:50Target Analysis - Initial Shots
  9. 02:27Fine-tuning Laser Zero
  10. 02:45Suppressor Testing & Impact
  11. 03:20Bore Sighting vs. Live Fire
  12. 04:02Red Dot Adjustment Best Practice
  13. 04:34Live Fire Post-Adjustment
  14. 04:50Target Review - Laser Grouping
  15. 05:22Attaching Suppressor (Can)
  16. 05:43Target Review - Suppressor Impact
  17. 06:38Importance of Consistent Zero
  18. 06:54HUXWRX Suppressor Feedback
  19. 07:11Live Fire with Suppressor
  20. 07:45Final Suppressor Grouping & Satisfaction
  21. 08:08Next Steps: IR Flood Zeroing

Frequently Asked Questions

What is the best method for zeroing a laser aiming module with a red dot optic?

The preferred method is co-witnessing, where you align the laser dot with the red dot reticle at a close range like 25 yards. This ensures a unified aiming point. After initial alignment, perform live fire to confirm and fine-tune the laser's independent zero to match the optic's zero.

How does a suppressor affect firearm zeroing?

Suppressors can alter the point of impact (POI). If you plan to use a suppressor regularly, it's crucial to zero your optic and laser aiming module with the suppressor attached to ensure accuracy.

Why is it important to turn off the red dot optic when zeroing the laser?

Turning off the red dot optic allows you to focus solely on the laser's zero and confirm its independent accuracy. It also prevents potential visual bloom from high-power lasers, which can obscure the target, especially in low-light conditions.

What is the recommended zero distance for laser and red dot optics?

A common starting point for zeroing both lasers and red dot optics is 25 yards. From this close zero, you can then determine and memorize hold-offs for longer practical engagement distances, such as 50 or 100 yards, to stay within the A-zone.

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