The Trijicon MRO HD is NOT the Worst Red Dot on the Market

Published on November 7, 2022
Duration: 12:15

This guide details how to critically assess red dot sights, using the Trijicon MRO HD as a case study. It covers evaluating optical design flaws like parallax and magnification issues in older models, understanding improvements in newer versions, and considering factors like reticle reflections, battery life, and night vision performance. The analysis also extends to comparing different optic types, such as LPVOs, and evaluating overall value against market alternatives. The insights provided are based on an analytical and objective assessment, drawing on detailed technical evidence and comparative testing.

Quick Summary

The Trijicon MRO HD addresses key flaws of the original MRO, including significant parallax errors and magnification issues. While its improved optical design offers better performance, potential drawbacks include internal reflections from the circle-dot reticle emitter in bright light and relatively poor battery life compared to competitors like the Aimpoint T2.

Chapters

  1. 00:00Trijicon's Reputation & MRO Issues
  2. 00:35Original MRO Design Flaws
  3. 01:43MRO Parallax and Magnification
  4. 03:25MRO HD Improvements
  5. 05:13MRO HD Reticle and Emitter Issues
  6. 05:47Battery Life and Night Vision
  7. 08:22Trijicon Credo LPVO Comparison
  8. 10:42Market Alternatives and Conclusion

Frequently Asked Questions

What are the main design flaws of the original Trijicon MRO?

The original Trijicon MRO has significant parallax issues, potentially causing a 6-inch point of impact shift at 100 yards. It also suffers from magnification problems due to its optical design (25mm front, 20mm rear lens) and performs poorly with magnifiers, leading to dot smearing and focus issues under night vision.

How does the Trijicon MRO HD improve upon the original MRO?

The MRO HD features an updated optical design that corrects the parallax errors, magnification issues, and night vision focus problems found in the original MRO. It essentially functions as a standard, high-quality red dot sight, addressing the core weaknesses of its predecessor.

What are the potential drawbacks of the Trijicon MRO HD's reticle?

The MRO HD's selectable circle-dot reticle requires a larger emitter assembly. This can lead to internal reflections and a 'ghost' ring effect, particularly noticeable in very bright sunlight, similar to issues seen on the Leupold LCO optic.

How does the battery life of the Trijicon MRO HD compare to other red dots?

The MRO HD's battery life is considered poor, especially when using the circle-dot reticle, with an estimated 75 days on setting 5. Under night vision, it also exhibits more blooming at low settings compared to an Aimpoint T2.

Related News

All News →

More Tactical & Gear Videos You Might Like

More from Hop

View all →