So I Bought a New Gun...

Published on August 10, 2025
Duration: 18:32

This review delves into the Beretta A400 Upland Magnum in 28 gauge, highlighting its potential for superior patterning with Tungsten Super Shot (TSS) at extended ranges. The discussion covers custom modifications for weight and balance, including a Kicks recoil pad and Briley weighted end cap. It also explores the physics behind the 28-gauge 'square load' theory and compares non-toxic shot densities.

Quick Summary

The 28-gauge 'square load' theory posits a more compact shot column, leading to consistent patterns. Customizing the Beretta A400 Upland Magnum with recoil pads and weights enhances handling. Tungsten Super Shot (TSS) at 18g/cm3 enables effective long-range performance, even out to 80+ yards.

Chapters

  1. 00:00Introducing the Beretta A400 Upland Magnum
  2. 00:44The 28 Gauge 'Square Load' Theory Explained
  3. 04:06Custom Gun Setup & Modifications
  4. 07:26Non-Toxic Shot Densities: Lead vs. Steel vs. Bismuth vs. TSS
  5. 11:03Long-Range Pattern Testing with TSS
  6. 13:58Pattern Testing with Hull Pro 28 Lead & Chokes

Frequently Asked Questions

What makes the 28-gauge special according to the 'square load' theory?

The 'square load' theory suggests that the 28-gauge shot column is dimensionally more 'square,' leading to less pellet deformation and a shorter shot string. This results in more consistent patterns compared to larger gauges, especially when using modern, dense shot materials.

How can the Beretta A400 Upland Magnum be customized for better performance?

Customizations include adding a recoil pad like Kicks for increased length-of-pull and weight, a Briley weighted end cap for better balance, and potentially a ShotKam for filming and added forward weight. These modifications aim to improve handling and reduce felt recoil.

What are the density differences between various shotgun pellet materials?

Shot densities vary significantly: Tungsten Super Shot (TSS) is the densest at 18g/cm3, followed by lead at 11g/cm3, bismuth at 9g/cm3, and steel at 7g/cm3. Higher density allows for smaller pellet sizes to retain energy and penetrate targets effectively at longer ranges.

Can a 28-gauge shotgun effectively shoot at long ranges?

Yes, particularly when loaded with high-density Tungsten Super Shot (TSS). Testing showed the 28-gauge producing 'laser beam' patterns at over 80 yards due to TSS's density and minimal pellet deformation, making it viable for extended range shooting.

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