In this hands-on session from the 2018 Tactical Annual Training, Joel Raether, owner of Authentic Performance, discusses strategies and exercises he utilizes to improve trunk performance and resiliency, while subsequently demonstrating his progressions and regressions for these exercises.

A common theme in tactical fitness is to train for the demands of the position. This begs the questions: what are the actual occupational physical fitness requirements of the position of a California patrol law enforcement officer and how might these inform programming for this population?

With over 20 years of experience in the field, former co-founder of EXOS, Brandon Marcello, discusses general sleep knowledge as it pertains to overall health, wellness, and performance in this session from the 2019 NSCA Tactical Annual Training.

From the 2019 Tactical Annual Training, Matt Thompson, explains the principles that have helped guide his program design process and how coaches can utilize similar principles to help filter systems and methods to create a more effective training program.

In this session from the 2019 Tactical Annual Training, Stefan Pasiakos identifies mechanisms by which military operations degrade muscle mass and performance, defines warfighter nutrition requirements, and discusses ethical and efficacious androgen therapies to enhance warfighter lethality.

Correctional officers can achieve heart rates that are indicative of maximal effort exercise during a simulated confrontation with a noncompliant inmate. Given the nature of the position, agencies should attempt to hire individuals that have the potential to be able to work in these situations and training instructors should ensure they are physically developed so they can function and make correct decisions when providing maximal effort under stress.

This article presents a contemporary, evidence-based, and practical framework that reduces the many strength and speed-strength metrics into five distinct qualities.

Tactical facilitators need to understand the movement patterns that first responders encounter because they can have a profound effect on underlying biomechanics and may contribute to excessive tissue loads.