Notice: The NSCA website is scheduled to undergo system maintenance from 12:00 AM - 2:30 AM EST. During this time, there may be short service interruptions across the site and some parts of the site may not be accessible. We apologize for any inconvenience while we work to improve the website experience and security.
Notice: The NSCA website is scheduled to undergo system maintenance from 12:00 AM - 2:30 AM EST. During this time, there may be short service interruptions across the site and some parts of the site may not be accessible. We apologize for any inconvenience while we work to improve the website experience and security.
Scenarios that provide a stimulus relevant to the sporting environment may help athletes develop better anticipation skills through the refinement of search strategies, response speed and accuracy, pattern recognition, and decision-making abilities.
This article provides a proposed holistic solution to increase functional, quality movement among Marines, thereby increasing physical performance, reducing injuries, and developing more effective warfighters.
Colorado Springs, CO - A. Eugene Coleman to Receive the NSCA's 2013 Boyd Epley Award for Lifetime Achievement. Coleman served as the strength and conditioning coach for the Houston Astros for over 30 years and is recognized for his work with NASA.
The purpose of this paper is to conduct a critical appraisal of peer-reviewed articles on the effects of load carriage on cognitive function among military personnel.
TSAC FacilitatorsProgram designTesting and EvaluationLoad CarriageCognitive FunctionRuckMilitary
This narrative review will focus on the research related to tactical load carriage and on a program recommendation to maximize strength and endurance adaptations in Special Operations Forces (SOF).
This article discusses the findings of a recent study on the effectiveness of a time-efficient occupationally-specific training program to improve performance in qualities related to physically demanding tactical tasks in law enforcement officers.
This video demonstrates techniques used for the four primary components of deceleration: dynamic balance, eccentric strength, power, and reactive strength.