Forces & fundamentals — the foundation
Chapter 1 establishes the physical principles governing all motion in the golf swing: Newton's laws, torque, rotational force, and the mechanical chain from ground to club head.
Physics & biomechanics — applied to golf
180 pages of rigorous, research-grounded analysis — covering forces, muscle physiology, proprioception, kinematic sequencing, and swing analysis. Written for golfers who want to understand the science, not just the cue.
Hardback · Free UK delivery · Also on Amazon
The problem
Most golf instruction tells you what to do. Very little explains the physics and biomechanics behind why it works — or why it doesn't for your body.
Feel ≠ Real
The disconnect between perceived movement and actual kinematics is the most significant barrier to lasting improvement. Understanding the physics closes that gap.
Template thinking
Generic swing models ignore individual physiology, flexibility, and force production capacity. Biomechanics provides the framework for individualised analysis.
40+ years
Of accumulated knowledge from half a century of available academic research, input from golf professionals, and engineering-led analysis — consolidated into a single practical reference.
The framework
Physics and biomechanics give you a lens that does not change with coaching fashion. The same principles apply from beginner to tour professional.
What's inside
Ten chapters covering the complete physics and biomechanics of the golf swing — from foundational forces to practical analysis and making changes.
Chapter 1 establishes the physical principles governing all motion in the golf swing: Newton's laws, torque, rotational force, and the mechanical chain from ground to club head.
Chapter 2 explains muscle fibres and contraction, force-velocity relationships, exercise misnomers & misunderstanding and the physiological constraints that determine how power is generated and transferred through the kinetic chain — applied directly to the golf swing.
Chapter 4 examines some of the neuroscience of body position awareness — explaining why golfers consistently misread their own movement, and how to work with proprioception rather than against it.
Chapter 5 applies classical mechanics to the golf club and ball: moment of inertia, angular momentum, impact dynamics, and how physiology and club parameters interact with swing characteristics.
Chapter 6 dissects wedge play with the same rigour applied to the full swing — covering attack angle, dynamic loft, spin and the physics governing trajectory and stopping power and the exploitable relationship between smash factor and carry distance.
Chapter 10 brings theory into practice: how to identify mechanical root causes, prioritise corrections and apply the biomechanics framework to your own swing analysis with or without expensive technology — the framework that powers SwingTrace AI Pro's biomechanics analysis engine.
Chapter 9 provides proprioceptive drills & exercises, practice structure, and a sound methodology for translating biomechanical understanding into repeatable on-course improvement — grounded in what the research says actually works.
SwingTrace AI Pro is built on the same biomechanical framework documented in this book. Use the two together: read the theory, then apply it to your own swing data. The analysis terminology is shared throughout.
The chapters
The physical laws governing all movement in the swing. Newton's laws, torque, angular momentum, ground reaction forces, and the mechanical chain that connects every segment of the body to the club head.
Muscle fibre types, force-velocity relationships, stretch-shortening cycle mechanics, and the physiological basis for power production in the golf swing.
How individual physiology constrains and shapes biomechanical output — explaining why the same technique cue produces different results in different golfers.
Why feel without physiological awareness is an unreliable guide to actual movement — and how to train proprioceptive awareness to close the gap between intended and actual kinematics.
Isaac Newton, moment of inertia, ground reaction forces, dynamic torque generation, opposing pressures, the importance of lag, an introduction to smash factor, and the fundamental forces of Golf.
Chapters 6–10 apply the theoretical framework to specific areas of the game — covering wedge geometry, driver adjustments, pitching and bunkers, practice structure, alignment, and a complete framework for identifying and correcting mechanical faults.
What readers & SwingTrace advocates say
"This has really helped enhance my biomechanics background. It also allows a speedy improvement plan to be built around what the numbers show."
"Used the framework to assess a number of my players. The detailed analysis identified efficiency gains and helped drive up club speed."
"The biomechanical insights provided the exact roadmap I needed. My ball-striking reached an entirely new level of consistency — contributing to a top 3 finish at the SWAC conference."
Get the book
Order direct from golfbiomechanics.net, worldwide via Amazon, or via IngramSpark for US & UK distribution.
Direct — golfbiomechanics.net
£29.99
Introductory price · £4.99 UK delivery
IngramSpark
$39.99
Hardback · US & UK · + delivery applies
Amazon
£44.99
Large format hardback · Worldwide · + delivery applies
Questions
Available now
The Physics & Biomechanics of Golf gives you the scientific framework to analyse, understand, and improve your swing — grounded in physics, biomechanics research, and 40 years of applied knowledge.
Hardback · Free UK delivery · Also on Amazon