(188 found)
The Need for Speed—Improving Sprinting Performance in Football Players
April 22, 2019
Acceleration and maximal velocity are two factors that are key for any position in football and can determine success in many situations out on the field. This article will review several aspects of sprint mechanics and training to enhance linear (straight-ahead) speed for football players.
Coaches Exercise Technique Program design Sprinting Speed Sprinting Mechanics Acceleration Football
How to Improve Change-of-Direction Speed in Junior Team Sport Athletes
March 12, 2021
This infographic briefly explains the effects of horizontal jump training, vertical jump training, maximal strength training, and explosive strength training on change-of-direction ability in junior team sport athletes.
Personal trainers Coaches Program design Infographics Change-of-Direction Maximal Strength Explosive Strength hs-coaching
The Bilateral Deficit—Plausible Explanations and Solvents
November 1, 2014
By adhering to the basic principles of training, including progressive overload, periodization, and a safe lifting environment, the bilateral deficit can be improved by the amalgamation of unilateral force production, maximal effort, and repeated effort training.
Coaches Exercise Science Program design strength and conditioning strength training bilateral deficit
Bridge: The 225-lb Bench Press Test, with Dr. Bryan Mann
May 1, 2015
Dr. Bryan Mann, from the University of Missouri, discusses the efficacy of using the 225-lb bench press test for measuring maximal strength.
Personal trainers TSAC Facilitators Coaches Exercise Technique Testing and Evaluation bench press exercise testing exercise assessment maximal strength
Training for Maximum Strength and Powerlifting
July 9, 2021
From the 2020 NSCA Alabama Virtual State Clinic, Christina Myers discusses the benefits, training considerations, and exercise selection factors for maximal strength training, as well as how these techniques improve sport performance.
Personal trainers Coaches Program design Max Strength Neurological Adaptations Stretch-Shortening Cycle Velocity Specificity
Lactate Threshold and Maximal Exercise Performance
August 13, 2018
Scientific research has identified lactate threshold (LT) and maximal exercise performance as being very important contributors to endurance performance. A well-designed endurance training program can lead to improvement in both LT and maximal exercise performance within a single season and from season to season.
Coaches Exercise Science Program design Endurance Developing Endurance Lactate Threshold
Strength as a Velocity-Dependent Concept
November 5, 2021
This excerpt from NSCA’s Essentials of Sport Science describes strength as a velocity-dependent concept.
Coaches Exercise Science Strength Force-Velocity Sprinting Movement Velocity
Emphasizing Strength and Power Performance Using the Trap Bar Deadlift for the Modern-Day Warfighter
The purpose of this article is to provide warfighters and tactical facilitators with an evidence-based approach to improve maximal strength and power using the trap bar deadlift as it relates to combat preparedness.
TSAC Facilitators Program design Periodization Trap Bar Deadlift TSAC-F Warfighter
Stability and Weightlifting—Mechanics of Stabilization—Part 1
January 1, 2016
This article covers the anatomy and mechanics of spinal stabilization and how to properly brace for both maximal and sub-maximal lifts. Because of the forces that are generated by, and transmitted through, the body during resistance training, having a sound understanding of stabilization is paramount for safe and effective training.
Coaches Exercise Science Exercise Technique Program design biomechanics strength training weightlifting
Training Philosophy
October 25, 2019
When considering applying advanced methods to affect and augment maximal power output, this excerpt from Developing Power explains three key points to consider.
Personal trainers TSAC Facilitators Coaches Exercise Technique Program design Rate of Force Development Maximal Power Output Force-Velocity Relationship Muscular Power
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