Bridging Science and Practice: How Biomechanics Enhances Martial Arts Understanding

The following is taken from the preface of my The Science Behind All Fighting Techniques:

On the rare occasion that an attempt has been made to use science to understand martial arts techniques in the martial arts literature, it has generally failed to be related to practice in any meaningful way.

The following was posted on Facebook and is an example of the use of science to understand martial arts techniques failing to be related to practice in any meaningful way:

The following is taken from the introduction to The Science Behind All Fighting Techniques:

McGinnis (2005) suggests that the use of biomechanics can lead to improved performances by athletes and the accelerated learning of new skills by students. In addition, he suggests that a knowledge of biomechanics enables us to better evaluate new techniques in sports that we are familiar with as well as in those sports that we are unfamiliar with. Carr (2004) refers to the same benefits and explains that they may be realised through a basic understanding of biomechanics. These are tantalising prospects that a basic understanding of biomechanics offers in relation to the teaching and learning of fighting techniques.

My article on the biomechanical concept of force and its application to understand, teach, and learn martial arts techniques which was published in the sixth edition of Martial Arts Magazine Australia is an example of the benefits that a basic knowledge of biomechanics offers to the understanding, teaching, and learning of martial arts techniques.