(20 found)
Windows of Optimal Trainability
April 1, 2016
The “five Ss” of trainability and performance are critical periods of development that all youth strength and conditioning coaches should consider when creating a training program. Coaches should take advantage of each window to maximize a youth athlete’s potential and help ensure a long athletic career.
Coaches Program design LTAD youth training guidelines youth athletic training
Measurement of Power
June 1, 2017
It is important for coaches to understand the relationship between commonly measured variables (e.g., displacement, velocity, and force) and their relationship to the derived variable of power.
Coaches Exercise Science kinetic select power testing for power exercise testing strength and conditioning
Using LTAD to Program for a Middle School Athlete and a High School Athlete: Part 1—Generating an Athletic Profile
October 29, 2018
This article applies LTAD principles to guide the process of generating an athletic profile (part 1) and sample program design (part 2) for a middle school athlete and a high school athlete.
Coaches Program design LTAD Youth Athlete Youth Training Guidelines Athletic Development hs-coaching
Using LTAD to Program for a Middle School Athlete and a High School Athlete: Part 2 – Creating a Developmentally-Appropriate Strength and Conditioning Program
January 28, 2019
This second article of a two-part series continues the discussion of long-term athletic development (LTAD). This article provides practical application of the LTAD principles by examining two sample programs.
Coaches Nutrition Program design Organization and Administration LTAD Long Term Athletic Development Youth Training Youth Sports Program Design Peak Height Velocity hs-coaching
Assessing Power in Youth Populations
December 31, 2018
The administration and measurement of youth power development has become more available and familiar with the advances of technology. This excerpt introduces varieties of testing and administration practices to assess power in the youth population.
Personal trainers Coaches Program design Testing and Evaluation Power Developing Power Youth Training LTAD hs-coaching
Not Adding Up – Why Gravitational Running Techniques May Not Biomechanically Equal Speed
December 3, 2021
This article seeks to provide some insight to optimal biomechanics in running technique and why normal gravitational techniques may not suit tactical athletes while load-bearing.
TSAC Facilitators Exercise Science Exercise Technique Tactical Athlete Kinematics Running Technique Gravitational Running Techniques Biomechanics
Elastic Bands – Resisted and Assisted?
August 4, 2023
This excerpt from Developing Power explains how to use bands for variable resistance training.
Personal trainers TSAC Facilitators Coaches Program design Variable Resistance Training Bands Stretch-Shortening Cycle
Creating Power – Alternative Bilateral and Unilateral Triple Extension Exercises
November 27, 2020
This article demonstrates how strength and conditioning coaches can coach power through non-traditional weightlifting exercises that can be taught quickly, to large groups, with less extensive technique correction.
Coaches Exercise Technique Program design Weightlifting Power Force Medicine Ball Jumping
Concurrent Activation Potentiation – Inconsequential Event or Viable Ergogenic Strategy
January 18, 2020
This article aims to discuss concurrent activation potentiation (CAP) and the proposed mechanisms underlying it, summarize the available research examining the phenomenon, and provide strategies for its implementation.
Coaches Exercise Science Exercise Technique Potentiation Maximal Muscular Effort Weightlifting Concurrent Activation Potentiation
Implementing Olympic-Style Weightlifting in Strength Training for Sport
August 26, 2019
This article considers some of the main differences between the training of Olympic weightlifters and the use of Olympic weightlifting exercises in strength training for sport.
Coaches Exercise Technique Program design Olympic Weightlifting Power Snatch Power Clean Deceleration Plyometric Rate of Force Development
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