Strength Training for Speed: Scientific Principles and Practical Application

In the sporting world, everyone wants to be faster. This book demonstrates how to structure an evidence-based, progressive strength training program that will accelerate you toward your speed goals with maximum power and efficiency. Speed is integral to the successful performance of individuals and teams in most sports: knowledge of the ways in which high-performance athletes train to develop this quality is key. Strength Training for Speed is a one-stop resource for coaches and athletes looking to enhance sprinting performance through effective strength training methods. The latest scientific research is used to underpin training solutions presented within this book, including strength programs followed by international level athletes. The scope of applicable content will be of particular interest to coaches, athletes, and students. Boasting a comprehensive video library and a series of example periodised plans, readers will learn how to devise effective strength training programs for any athlete-from the recreational to elite performer. Learn all about: * How to elicit key physiological adaptations necessary for improving strength, power and ultimately speed * The biomechanics of sprinting during the acceleration and maximum velocity phases * The associations of strength qualities with performance during different sprint phases * How to design individual strength training sessions * The periodisation of strength training for speed development

Table of Contents:
Contents Introduction Section 1 Strength Training Terminology and Adaptations Fundamental Training Principles Program Design Variables Neuromuscular Adaptations to Strength Training Section 2 Sprinting Biomechanics Mechanical Objectives Kinetic Determinants of Sprinting Performance Touchdown Velocity and Angular Kinematics Spatiotemporal Variables Section 3 Associations of Strength Qualities with Speed Functional Role of Muscles During Sprinting Relationships Between Strength Qualities and Initial Spring Acceleration Performance Relationships of Strength Qualities with Late Acceleration and Maximum Velocity Performance Driving Technical Changes Through Specific Strength Training Section 4 Designing Individual Training Sessions Training Age Session Design for the Development of Different Strength Qualities Trunk Training Training Principles Sample Programs Section 5 Periodisation Periodisation Terminology The Structuring of Training Phases Section 6 Video Exercise Library Appendix: Sample Training Programs Index

About the Author :
James Wild is a performance consultant in professional sport and a lecturer in interdisciplinary applied sport science. Using a blend of physical preparation and biomechanics techniques with skill acquisition and motor learning principles, James has worked with coaches and athletes across a full spectrum of abilities, including medal athletes and teams at major international competitions. He has published research in several scientific journals as well as a PhD in the biomechanics and motor control of sprint acceleration, with a specific focus on team sport athletes.