Speed Reloads With a Glock 17

Published on July 20, 2018
Duration: 4:14

This video emphasizes the 'independence of speed' principle for firearm reloads. Lucas Botkin demonstrates that speed reloads and even slide-lock reloads should be executed at maximum speed, regardless of the shooting cadence required for different target sizes. He uses a Glock 17 with a Zev Pro magwell to showcase efficient magazine changes, highlighting that proper technique minimizes the time difference between various reload types.

Quick Summary

The 'independence of speed' principle states that firearm reloads should always be executed at maximum speed, regardless of the shooting cadence or target size. Proper technique minimizes the time difference between speed and slide lock reloads, aiming for near-identical execution times.

Chapters

  1. 00:00Introduction: Reload Drill Principles
  2. 01:00Glock 17 Gear Setup & Magwell
  3. 01:18Executing High-Speed Pistol Reloads
  4. 02:21Slide Lock Reload Demonstration
  5. 03:15Analysis: Independence of Speed

Frequently Asked Questions

What is the 'independence of speed' in firearm reloads?

The 'independence of speed' means that movements like draws and reloads should always be performed at maximum speed, regardless of the shooting pace required for the target. Your reload speed should not decrease just because you are shooting at smaller targets.

How fast should a slide lock reload be compared to a speed reload?

With proper practice, a slide lock reload should be nearly as fast as a standard speed reload, with only a minimal time difference, often around a tenth of a second. The key is to recognize the slide lock and immediately execute the reload without hesitation.

Does a magwell make reloads faster on a Glock 17?

A magwell, like the Zev Pro Magwell shown, can help guide the magazine for more reliable insertion. However, the instructor emphasizes that consistent, fast technique is more critical than the accessory itself for achieving optimal reload speed.

What causes dropped shots during a drill?

Dropped shots during a drill are often attributed to issues unrelated to reload speed, such as inconsistent grip or rushing the trigger pull. Focusing on fundamental shooting mechanics alongside efficient reloads is important for accuracy.

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