When you Reload so Fast you Break your Finger

Published on June 23, 2021
Duration: 0:09

This video demonstrates a high-speed reload attempt on a 1911 pistol that results in a painful finger pinch. The shooter experiences immediate pain after the magazine baseplate strikes their pinky finger against the magwell during insertion. Despite the injury, they manage to complete the reload and chamber a round, highlighting the risks of aggressive speed reloading without proper technique.

Quick Summary

Aggressive speed reloads can cause painful finger injuries, like the pinky pinch shown on a 1911 pistol. The magazine baseplate struck the shooter's finger against the magwell during insertion. Practice deliberate insertion and be mindful of finger placement to avoid this common mishap.

Chapters

  1. 00:00High-Speed Reload Attempt
  2. 00:03Reload Malfunction and Injury
  3. 00:06Recovery After Injury

Frequently Asked Questions

What happened during the speed reload in the video?

The shooter attempted a rapid slide-lock reload on a 1911 pistol. During the aggressive magazine insertion, the baseplate pinched the shooter's pinky finger against the magwell, causing immediate pain and a visible reaction.

What type of firearm was used in the video?

The video features a stainless steel 1911-style pistol, likely chambered in .45 ACP, with wood grips and target sights. It's a single-stack model known for its classic design.

What is the risk associated with fast reloads on a 1911?

Fast reloads on a 1911 can pose a risk of finger pinching, particularly the pinky finger, between the magazine baseplate and the magwell if not executed with precise finger placement.

How can shooters avoid finger injuries during reloads?

To avoid finger injuries during reloads, practice deliberate magazine insertion, paying close attention to finger placement. Ensure your grip controls the firearm, and consider ergonomic basepads designed to mitigate pinch points.

Related News

All News →

More Training & Techniques Videos You Might Like

More from Schrödinger

View all →