Suspended Bodyweight Training: Workout Programs for Total-Body Fitness

Suspended Bodyweight Training: Workout Programs for Total-Body Fitness

by Lily Chou (Author), Kenneth Leung (Author)

Synopsis

A STEP-BY-STEP GUIDE TO GETTING--AT HOME OR IN THE GYM--A TONED AND MUSCULAR BODY WITH THE POPULAR SUSPENSION TRAINING SYSTEM All you need to develop long, strong muscles and a fit, slender physique is this comprehensive guide and your suspended bodyweight trainer. Forget bulky machines and heavy weights--these functional training workouts will unleash the full potential of any suspended bodyweight training system. You will simultaneously tone and shape your entire body for: Washboard Abs Carved Back Sculpted Shoulders Chiseled Chest Ripped Arms Firm Glutes Powerful Legs Packed with hundreds of step-by-step photos, clearly explained exercises and progressive training programs for all levels of fitness, this book will revolutionize your workout by teaching you how to maximize the benefits of this cutting-edge approach to total-body fitness.

$13.19

Save:$3.27 (20%)

Quantity

10 in stock

More Information

Format: Illustrated
Pages: 144
Edition: Illustrated
Publisher: Ulysses Press
Published: 18 Dec 2020

ISBN 10: 161243410X
ISBN 13: 9781612434100
Book Overview: Newsletter co-op available

Author Bio
Kenneth Leung is a physical therapist in the San Francisco Bay Area with more than 20 years of martial arts experience. Kenneth graduated from the University of California, Berkeley, with a BA in molecular cellular biology and received his doctorate of physical therapy from the University of Southern California, where he completed his orthopedic residency. Kenneth draws from his background in sports, fitness, health, and wellness to help people of all levels. He currently works with the University of California, San Francisco, and has a private practice in Oakland. Fitness writer and instructor Lily Chou is the author of The Anatomy of Martial Arts and The Martial Artist's Book of Yoga. She lives in the San Francisco Bay Area.