Top 3 Trijicon SRO Problems And How To Overcome Them

As a proud owner of the Trijicon SRO, I’ve encountered various issues that warrant discussion in this blog post. While this optic offers many advantages, it’s not without its challenges.

One of the most common concerns among users is its dimension and hostler compatibility, often leading to frustration during use.

Despite its issues, the Trijicon SRO remains a popular choice for shooters seeking precision and reliability.

However, navigating its windage and elevation adjustments can sometimes be tricky, impacting the overall shooting experience.

Fortunately, there are fixes available to mitigate these Trijicon SRO problems and optimize performance.

So get ready and let’s tackle these challenges together!

3 ProblemsWith Their Quick Solution
Dimension And HostlerAdjustable retention systems and customizable inserts resolve hostler issues.
MountingFollow manufacturer’s instructions and use thread-lock for proper screw installation.
Windage And Elevation AdjustmentUse correct tools, follow zeroing procedures for adjustments.

Overview Of Trijicon SRO:

As a renowned producer of optics in the US, Trijicon has established itself as a trusted brand for both handguns and long guns. Among its impressive lineup, the Trijicon SRO stands out for its tough build and versatile MOA options.

Its red dot design delivers a crystal-clear and crisp sight picture, ensuring an unobscured field of view. One notable aspect of the SRO is its compatibility with the popular RMR footprint, offering convenience and flexibility to shooters.

Trijicon SRO Problems
Trijicon SRO Problems

Trijicon SRO Problems With Their Practical Solution:

1. Dimension And Hostler:

Shooters often face challenges with the dimensions of red dot sights like the Trijicon SRO, particularly concerning the sight window and weight.

These factors influence shooting comfort and compatibility with a holster.

The Trijicon SRO’s compact size is praised for its lightweight design but may pose difficulties in finding the right holster fit.

Users must balance size and weight considerations to optimize performance and ergonomics while shooting.


Addressing Trijicon SRO problems related to holsters involves exploring solutions offered by manufacturers.

Retention systems and inserts can be adjustable and customizable to accommodate larger optics securely fitting the firearm.

These adaptations ensure the optic is properly seated, minimizing compatibility issues and optimizing the shooting experience.

2. Mounting:

Mounting the Trijicon SRO onto a weapon presents certain issues that need addressing. One common problem arises with the alignment of top screw holes, causing compatibility challenges with certain firearms.

This can lead to instability and potential breakage if not resolved appropriately. Additionally, users may encounter difficulties with securing the optic due to the nature of the screws and the pressure required for installation.

These mounting issues highlight the importance of careful consideration and proper handling during the installation process.


Users facing installation issues with mounts for optics like the Trijicon SRO often encounter misalignment problems that can lead to frustration during shooting.

One effective solution involves carefully following the manufacturer’s instructions for proper screws installation, ensuring the right tightness without over-torquing.

Additionally, using thread-locking compounds can help maintain the screws’ integrity and prevent loosening over time, offering a reliable fix for mounting problems.

3. Windage And Elevation Adjustment:

Making windage and elevation adjustments on a red dot sight is a crucial task for ensuring precise shots.

Zeroing the Moa dot on the Trijicon SRO presents difficulties for many people, highlighting a significant flaw the company needs to address.

This highlights the importance of understanding and mastering the adjustment capabilities of the SRO to consistently achieve the desired shot placement.


To address windage and elevation adjustment issues:

  • Tightened mounting screws causing optic shifts and alignment problems, proper zeroing procedures are crucial.
  • Using the right tool for adjustments prevents inappropriate tools from causing stripped screws or damaged components.

This ensures precise calibration and consistent performance of the Trijicon SRO without compromising its functionality.

My Final Conclusion:

After careful consideration, purchasing the Trijicon SRO becomes not just an investment but a commitment to high durability standards in the realm of red dot sights.

Despite a competitive market with various alternatives like Vortex products, the Trijicon SRO stands out for its unparalleled quality and performance.

When making your purchase decision, it’s essential to weigh the pros and cons. While it may have its flaws, they are uncommon compared to its overall durability and reliability.

Thus, raising awareness about its strengths and weaknesses aids in making an informed choice.

My Friends Feedback:

In conversations with fellow enthusiasts, the Trijicon SRO garnered mixed opinions. One friend praised its glass lens and sturdy housing during a recent range session.

However, another highlighted a recurring problem with their unit, necessitating a repair. Getting a return authorization proved cumbersome, involving filling out an online form and multiple email requests, delaying resolution.

Despite these setbacks, the turnaround time for repairs on Trijicon SROs was commendably quick once the repair authorization was obtained.

When discussing alternatives, opinions varied. One advocate favored the Venom for its 6MOA dot and wider window compared to the Trijicon SRO.

Meanwhile, another emphasized reliability and track record, citing the RMR’s proven performance on various platforms like the SP-01 Tac.

However, there was no excuse for the Trijicon SRO’s tendency to lose the dot during weak-hand shooting, leading some to seek backup sights.

In terms of performance, experiences diverged. While one praised the accuracy of their DPPro with a 7.5moa triangle at distance, another struggled with parallax and astigmatism issues with the 2.5 moa DPP dot.

The availability of wind and elevation adjustments, along with co-witness capability, was appreciated, although some found the settings too complex compared to DI RMRs.

Overall, each complainer had their preferences, highlighting the need for individual consideration when selecting an optic.

Trijicon SRO Problems
Trijicon SRO Problems

Common Questions Asked ABOUT Trijicon SRO Problems:

Does Trijicon sro turn off?

To activate automatic mode (where the dot adjusts to ambient light), simultaneously press both buttons for less than one second and release. To power off the unit, hold both buttons for at least three seconds.

Does the Trijicon SRO and RMR have the same footprint?

The SRO has the same footprint as the Trijicon RMR® and is compatible with most RMR mounts. It doesn’t need a sealing plate. However, it’s not advised to mount the SRO on pistols if the front of the optic extends beyond the chamber/breach face, as this may lead to malfunctions.

Can the Trijicon SRO be used in all weather conditions?

Yes, the Trijicon SRO is engineered to endure diverse weather conditions. Its robust design guarantees durability and reliability, even in harsh temperatures or wet environments.

How long does SRO battery last?

Each SRO offers manual and automatic LED brightness modes. Plus, it’s powered by a top-loading CR2032 battery, providing up to 3 years of battery life at setting 4 out of 8.

Does the US military use Trijicon?

The Trijicon TA31RCO ACOG, a 4× magnification optic with a 32mm objective lens (4×32), is utilized by the United States Army, Air Force, and Marine Corps. It features custom ballistic compensating reticles that are illuminated by both fiber optic and tritium. This optic is specifically designed for use with the M4 carbine and M16A4 rifle.

How long does a Trijicon sight last?

Tritium has a half-life of a little over 12 years. Tritium sights typically become ineffective for nighttime use after about 24 years, roughly two half-lives, leaving only a quarter of the original tritium atoms.

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