WWSD AR15 to 650yds: Practical Accuracy [InRange TV rifle | 1-8 ACSS Griffin Mil]

Published on December 2, 2021
Duration: 23:53

This video demonstrates the practical accuracy of the WWSD 2020 rifle, a lightweight AR-15 platform, in a course of fire extending to 650 yards. The instruction emphasizes the importance of confirming optic reticle subtensions at range and highlights the rifle's performance with modern manufacturing and quality ammunition. The analysis, presented with high authority by 9-Hole Reviews, covers material science and weight-to-performance trade-offs.

Quick Summary

The WWSD 2020 rifle demonstrated practical accuracy out to 650 yards, successfully engaging targets at extended distances with consistent hits. It features a lightweight design, a Primary Arms 1-8x ACSS SLx optic, and was tested with IMI 77-grain Match ammunition, highlighting the effectiveness of modern manufacturing in lightweight platforms.

Chapters

  1. 00:00Introduction and Technical Specifications
  2. 02:13Practical Accuracy Course (150y - 500y)
  3. 04:27Extended Range Testing (650y)
  4. 06:04Design Philosophy and Material Controversy
  5. 11:08Weight vs. Performance Analysis
  6. 16:14Suppressor Impact and Accessory Mounting

Frequently Asked Questions

What is the effective range demonstrated by the WWSD 2020 rifle in this video?

The WWSD 2020 rifle demonstrated practical accuracy out to 650 yards, successfully engaging targets at extended distances with consistent hits, showcasing the capabilities of its lightweight design and optic setup.

What ammunition was used to test the WWSD 2020 rifle's accuracy?

The WWSD 2020 rifle was tested using IMI Systems 5.56x45mm 77 Grain Match Razor Core ammunition, a high-quality load chosen to optimize performance and accuracy for the rifle's specifications.

How does the WWSD 2020's weight compare to a traditional M16A1?

The WWSD 2020 rifle weighs 6.8 lbs with its optic, significantly lighter than a traditional M16A1 which weighs 7.9 lbs. This weight difference offers advantages in handling and maneuverability.

What is the significance of confirming optic reticle subtensions at range?

Confirming optic reticle subtensions (like BDC or Mil-dot) at the actual engagement distance is crucial because environmental factors and specific ammunition ballistics can cause deviations from theoretical charts, ensuring accurate shot placement.

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