Aiming to Win: An Evidence-Informed Approach for Law Enforcement Training in Target-Focused Shooting (Paperback) (ISBN-13: 9798898607418)

Anyone who claims that sights are always required is wrong.

Anyone who tells you sights are never required is equally wrong.

Traditional test-taking training creates a dangerous illusion of preparedness. When faced with a deadly threat at arm's length with milliseconds to react, searching for sight pictures that stress makes impossible to acquire is futile and dangerous. This book is about where and how to apply the right aiming technique for the situation.

Aiming to Win reveals the evidence-based techniques that bridge the gap between range performance and street survival-techniques tried and tested by historic law enforcement legends like Lt. Col. William Fairbairn and Bill Jordan, validated by modern peer-reviewed research.

What You'll Learn:

• Why the qualification is a waste of time and resources
• Data-driven danger zones
• How stress, proximity, and fear alter vision and motor performance
• Evidence-informed training methods that work under pressure
• When to use sights and where you'll waste the last moments of your life looking for them

About the Author: Leon brings 20+ years of international law enforcement experience spanning the UK and USA, including service with the London Metropolitan Police Specialist Firearms Command and as a training coordinator leading instructional teams and managing curriculum and training delivery for a police academy serving 200+ U.S. agencies. An Advanced Force Science Specialist and SIG SAUER Academy instructor, he combines operational expertise with cutting-edge research

This book is written for law enforcement instructors, officers, tactical trainers, and anyone serious about defensive shooting.

Transform your training from scoring points on paper to winning

Author: Leon Reha
ISBN-13: 9798898607418
Publisher: Staten House
Language: English
Published: 12/12/2025
Pages: 314
Format: Paperback
Weight: 0.93lbs
Size: 9.00h x 6.00w x 0.66d