The Crazy Good Primary Arms PLXC 1-8 Nova LPVO

Published on August 18, 2024
Duration: 15:50

This guide details the installation and zeroing process for the Primary Arms PLXC 1-8 Nova LPVO, drawing on expert insights from SuperSetCA. It covers proper mounting, eye relief adjustment, initial zeroing, and fine-tuning for long-range accuracy using ballistic calculators. The instruction emphasizes meticulous attention to detail, crucial for maximizing the performance of this high-quality optic.

Quick Summary

The Primary Arms PLXC 1-8 Nova LPVO features high-quality Japanese glass, a daylight-bright fiber optic reticle, and a lightweight, compact design. Its Second Focal Plane construction enhances reticle brightness for rapid target acquisition, making it competitive with optics like the Vortex Razor and Nightforce NX8, and suitable for long-range use with ballistic calculators.

Chapters

  1. 00:00Introduction: PLXC 1-8 Nova Overview
  2. 00:31Nova Reticle Background
  3. 01:41Physical Profile & NX8 Comparison
  4. 03:09Glass Quality Analysis
  5. 04:26Vortex Razor Comparison
  6. 05:16Eye Box and Eye Relief Evaluation
  7. 07:14Illumination Performance (Daylight Bright)
  8. 08:26Controls and Turrets Review
  9. 10:54Reticle and Focal Plane Explanation (SFP)
  10. 13:24Long Range Testing with Strelok Pro

Frequently Asked Questions

What are the key advantages of the Primary Arms PLXC 1-8 Nova LPVO?

The PLXC 1-8 Nova boasts exceptional Japanese glass clarity, a daylight-bright fiber optic reticle for rapid acquisition, a compact and lightweight design, and a forgiving eye box. Its Second Focal Plane design enhances reticle brightness, making it effective for both close-quarters and mid-range engagements.

How does the Primary Arms PLXC 1-8 Nova compare to the Vortex Razor Gen II-E 1-6?

Compared to the Vortex Razor Gen II-E 1-6, the Primary Arms PLXC 1-8 Nova offers higher magnification (8x vs 6x) and is notably lighter. While the Razor is known for its robust build, the Nova provides a compelling alternative with its own set of advantages in weight and magnification.

What is the significance of the Second Focal Plane (SFP) design in the PLXC 1-8 Nova?

The SFP design in the PLXC 1-8 Nova is crucial for maximizing the brightness of its fiber optic reticle. This allows the reticle to be easily seen in bright daylight conditions, similar to a red dot sight, while still providing precision aiming capabilities at higher magnifications.

Can the PLXC 1-8 Nova be used for long-range shooting?

Yes, the PLXC 1-8 Nova is suitable for long-range shooting, especially when paired with a ballistic calculator like Strelok Pro. The video demonstrates using the scope's MIL-based reticle (ACSS Raptor/Griffin Mil) to make precise holds for targets up to 600 yards.

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