How to Matrix Kick Boxing - Al Case - Książki - Createspace - 9781512215465 - 15 maja 2015
W przypadku, gdy okładka i tytuł się nie zgadzają, tytuł jest poprawny

How to Matrix Kick Boxing

Al Case

How to Matrix Kick Boxing

Publisher Marketing: Kick Boxing was invented in the late 60s, and came to fruition in the early seventies. It enjoyed popularity for a number of years, then was replaced by MMA, or Mixed Martial Arts. Kick Boxing still has its fans. It provides excellent self defense, good condition/weight loss, and is an excellent preparatory art for entry into the MMA arena. This volume, How to Matrix Kick Boxing, takes a much needed look at this young sport. While there has been much improvement over the years, there is still much room for growth. Matrixing is a form of logic which is designed to reveal all the potentials of motion in a field. Kickboxing, as simple as it is, has never been analyzed for this. Thus, the reader will be pleased to find methods for creating ALL potential combinations, which can be further extrapolated to create many drills. Indeed, this eye-opening book will reveal the potential for making a sport into an art. About the Author: Al Case began martial arts in 1967. He became a writer for the martial arts magazines in 1981, and had his own column in Inside Karate. He is the originator of Matrixing Technology and Neutronic Martial Arts Philosophy. Al is the author of over 20 books on the martial arts, and many novels. Many of which are available on Amazon. Contributor Bio:  Case, Al Al Case began studying Kenpo Karate in 1967. He went on to study Karate, Wing Chun, Aikido, Shaolin, Tai Chi Chuan, Pa Kua Chang, and a variety of other martial arts. He became a writer for the martial arts magazines in 1981. Currently, he is living on a mountaintop in Southern California, where he continues to work out every day.

Media Książki     Paperback Book   (Książka z miękką okładką i klejonym grzbietem)
Wydane 15 maja 2015
ISBN13 9781512215465
Wydawcy Createspace
Strony 116
Wymiary 152 × 229 × 6 mm   ·   163 g