A Handgun with a Chicken Nugget Tray?!?

Published on November 29, 2025
Duration: 1:26

This review of the Taurus TX22 Competition highlights its innovative barrel-mounted optic plate, humorously dubbed the 'chicken nugget tray.' The expert instructor explains how this design enhances .22 LR reliability by avoiding slide mass issues and improves accuracy by keeping the optic stationary for easier dot tracking during rapid follow-up shots.

Quick Summary

The Taurus TX22 Competition features a barrel-mounted optic plate, humorously called a 'chicken nugget tray.' This design enhances .22 LR reliability by avoiding slide mass issues and improves accuracy by keeping the optic stationary for easier dot tracking during rapid follow-up shots.

Chapters

  1. 00:00Humorous Intro: Chicken Nugget Tray Optic Mount
  2. 00:19Identifying the Optic Mounting Plate
  3. 00:41Reliability: Barrel Mount vs. Slide Mount (.22 LR)
  4. 01:02Accuracy Benefits: Stationary Dot Tracking

Frequently Asked Questions

What is the advantage of the Taurus TX22 Competition's barrel-mounted optic plate?

The barrel-mounted optic plate on the Taurus TX22 Competition remains stationary, unlike a slide-mounted optic. This design enhances .22 LR reliability by preventing added slide mass from hindering cycling and improves accuracy by allowing easier dot tracking for faster follow-up shots.

Why is mounting an optic to the barrel better for .22 LR reliability?

Mounting an optic to the barrel bypasses the issue of adding reciprocating mass to the slide. For underpowered cartridges like .22 LR, extra weight on the slide can disrupt the firearm's cycling mechanism, leading to reliability problems.

How does a stationary optic improve shooting accuracy?

When an optic is mounted to a stationary part like the barrel, the aiming dot does not move with the slide's reciprocation. This allows the shooter to keep the dot in view more easily, facilitating quicker and more precise follow-up shots.

More Reviews Videos You Might Like

More from GUNBROS

View all →