The Caveman EOtech - What it actually is, and how to use it.

Published on February 12, 2018
Duration: 14:58

This video explains and demonstrates the 'Caveman EOTech' technique for using iron sights, particularly on AK-pattern rifles. By positioning the rear sight at the base of the front sight tower, a faster sight picture is achieved, resembling a red dot optic. The technique compensates for height over bore and is most effective at close to medium ranges (up to 20 yards), allowing for quicker target acquisition in dynamic shooting scenarios, including full-auto fire.

Quick Summary

The 'Caveman EOTech' is a close-quarters iron sight technique where the rear sight is positioned at the base of the front sight tower, mimicking an EOTech's circle-dot reticle for faster target acquisition. It's especially useful on AK rifles to reduce visual clutter and compensates for height over bore with a slight holdover, making it effective up to approximately 20 yards.

Chapters

  1. 00:00Introduction to Caveman EOTech
  2. 00:24What is the Caveman EOTech?
  3. 01:22How to Achieve the Caveman EOTech Sight Picture
  4. 02:39Why it's for Close Range
  5. 03:02Height Over Bore Explained
  6. 04:21Live Fire Demonstration: Dead On Hold
  7. 05:46Implementing the Caveman EOTech
  8. 06:03Testing at Different Distances
  9. 07:43Analysis of Impacts
  10. 08:23Application in Hallways/Home Defense
  11. 09:01Caveman EOTech for Full Auto AKs
  12. 09:44Faster Shooting Test
  13. 10:5820 Yard Limitations
  14. 11:50Concept Summary
  15. 12:00Pros and Cons
  16. 12:44Training Opportunities & Support
  17. 14:50Closing Remarks

Frequently Asked Questions

What is the 'Caveman EOTech' technique for firearms?

The 'Caveman EOTech' is a close-quarters iron sight technique where the rear sight is positioned at the base of the front sight tower. This creates a sight picture that mimics the circle-dot reticle of an EOTech optic, allowing for faster target acquisition at close ranges, especially on rifles like the AK.

How does the 'Caveman EOTech' technique compensate for height over bore?

The technique inherently compensates for height over bore by requiring a slight holdover. At close distances, you aim slightly higher than the target's center to ensure the projectile impacts where intended, accounting for the distance between the bore and the sights.

Is the 'Caveman EOTech' technique accurate for long-range shooting?

No, the 'Caveman EOTech' technique is primarily designed for close-range engagements, typically within 20 yards. As distance increases, the impact point climbs higher on the target, making it less precise for medium to long-range shooting compared to traditional sight alignment or optics.

Why is the 'Caveman EOTech' technique useful for AK rifles?

This technique is particularly beneficial for AK rifles because it helps overcome the visual clutter often present around the front sight. By focusing on the front sight tower and guards, shooters can acquire targets faster and more effectively in dynamic close-quarters situations.

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