Primary Arms SLx 3X Micro Magnifier - ACSS Pegasus Ranging Reticle - Flat Dark Earth
Details
This Primary Arms rifle scope is part of the SLx optics line. SLx optics have built a reputation for innovation, reliability, and value. All SLx optics undergo rigorous field-testing during development to best serve you in any environment.
The Primary Arms SLx 3x Micro Magnifier with ACSS Pegasus reticle is an exciting approach at optical magnifiers, combining high-clarity 3x magnification with a miniaturized body and a built-in ranging reticle. This new optic is part of Primary Arms’ SLx line. SLx optics built Primary Arms Optics’ reputation for innovation, reliability, and value. All SLx optics undergo rigorous field-testing during development to best serve users in any environment.
Note: Due to the design of the Unity Tactical flip to center mount, the reticle will be canted. We recommend the non-reticle version for use with Unity Tactical mounts.
Features:
- Compatible with this Unity Tactical Magnifier Mount
- Flat Dark Earth finish
- ACSS Pegasus ranging reticle
- 3x Magnification
- 21mm Objective lens diameter
- 7.0mm Exit pupil
- 5.3 ounces
- Compact design
Weighing only 5.3 oz, the SLx 3x Micro Magnifier is a miniaturized, lightweight magnifier that extends the effective range of a red dot sight or 1x prism scope. The SLx 3x Micro Magnifier features an innovative ‘micro-sized’ design that reduces its footprint compared to traditional magnifiers. This makes it ideal for close-quarters carbines, where agility, ergonomics, and handling speed are paramount.
The SLx 3x Micro Magnifier is also the first magnifier with an option for ACSS Pegasus, a specialized ranging tool designed specifically for optic magnifiers. While most magnifiers simply magnify the primary optic’s reticle, the ACSS Pegasus adds an auto ranging ladder to the system, allowing marksmen to range and engage their targets more effectively. The low-profile offset design integrates seamlessly with your optic’s existing reticle, and the intuitive layout makes it easy to derive precise range estimates in seconds.