Real M17 with NEW military M17 sight!

Published on February 7, 2024
Duration: 0:58

This guide details the installation and initial function check of the new military-spec M17 Red Dot Sight on the Sig Sauer M17X pistol. It emphasizes ensuring proper optic mounting for co-witness capability and readiness for live fire. The information is presented with the authority of an experienced firearms reviewer familiar with optic technology and firearm compatibility.

Quick Summary

The Sig Sauer M17X pistol is designed for compatibility with the new military-spec M17 Red Dot Sight, featuring an enclosed emitter for enhanced durability against environmental factors. This setup allows for co-witness with iron sights and includes three 21-round magazines, representing an evolution in handgun optic technology.

Chapters

  1. 00:00Introduction to M17X and M17 Sight
  2. 00:15M17 Red Dot Features
  3. 00:32M17X Features and Accessories
  4. 00:45Live Fire Demonstration

Frequently Asked Questions

What is the main advantage of the new military M17 Red Dot Sight on the Sig Sauer M17X?

The primary advantage of the M17 Red Dot Sight is its enclosed emitter design, which protects the optic from environmental factors like fog, mud, and debris, enhancing reliability. It also allows for co-witness with iron sights on the M17X.

How does the M17X slide differ from older commercial M17 models regarding optic mounting?

The M17X slide is specifically designed to accommodate the actual military-issue M17 red dot sight, featuring the correct mounting pattern. Earlier commercial M17 models used a different hole pattern, potentially causing compatibility issues with the new military optic.

What accessories come standard with the Sig Sauer M17X?

The Sig Sauer M17X pistol comes equipped with a flared magwell for improved magazine changes and includes three 21-round extended magazines, offering a substantial capacity for its 9mm caliber.

Why is an enclosed emitter optic considered an advancement for handguns?

Enclosed emitter optics prevent elements like rain, mud, and dust from obstructing the emitter or lens, which can cause a red dot to fail. This design significantly increases reliability, especially in adverse weather or tactical situations.

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