Train your brain to shoot faster

Published on December 2, 2025
Duration: 2:50

Chris Sajnog, a recognized firearms instructor, explains the neurobiological basis for shooting faster. He details how practicing actions with precision, even slowly, builds myelin around neural pathways, accelerating the speed of electrical impulses and thus improving shooting speed. This method leverages the brain's natural learning process to enhance performance.

Quick Summary

To shoot faster, focus on practicing firearm actions with precision, even if slowly. This deliberate practice builds myelin around neural pathways, insulating them and allowing electrical impulses to travel faster, which directly translates to improved speed and accuracy.

Chapters

  1. 00:00Introduction: Shooting Faster
  2. 00:33The Science: Myelin and Neural Pathways
  3. 01:42Precision for Faster Skill Development
  4. 02:18The Brain's Role in Learning Speed

Frequently Asked Questions

How does myelin help in shooting faster?

Myelin acts as an insulator around neural pathways in the brain. This insulation allows electrical impulses, which control actions like pressing a trigger, to travel much faster, directly contributing to quicker reaction times and faster shooting.

Should I practice shooting slowly to get faster?

Yes, practicing actions with precision and at a slower pace is key. This deliberate execution builds more myelin around the relevant neural pathways. Increased myelination leads to faster impulse transmission, ultimately resulting in improved shooting speed.

Does the brain know if I'm practicing correctly?

The brain doesn't distinguish between right or wrong actions; it simply records the action and builds myelin around the associated neural pathway. Therefore, practicing correctly and precisely, even if slowly, is essential for developing efficient and fast shooting skills.

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