The Physics of Generating Maximum Power
Optimise the physics of the golf swing. Generate more torque, speed, and power. Maximise performance potential within existing physical capability.
Physics & biomechanics, applied to golf
A new approach to mastering the golf swing.
Biomechanics research and AI-powered swing analysis, built from the same scientific framework. Everything you need to understand the physics of your game.
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Knowledge, tools & training
Overhaul your understanding, training, practice, and play with minimal disruption to your game.
Optimise the physics of the golf swing. Generate more torque, speed, and power. Maximise performance potential within existing physical capability.
Understand why the swing must be executed in a certain way. Apply muscle physiology principles to correct motion sequencing and achieve optimal efficiency in swing dynamics.
Informed instruction on how to sequence correctly, not what positions you should be in. Understand the reasoning behind technique, not just the prescription.
Findings from force plate research and academic study of elite players and tour professionals, applied to practical coaching frameworks.
Remove unnecessary complexity and introduce added simplicity. A modest understanding of the science at play simplifies both golf instruction and the golf swing itself.
Maximise existing physical potential. Efficiency equals distance. Access the power and distance already at your disposal, without additional effort.
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SwingTrace AI Pro
Laboratory-grade swing analysis available in any coaching session, on any device.
Computer-vision pose estimation at every position from P1 through P7, with frame-by-frame kinematic data from setup to impact.
Measures hip-torso separation, lateral shear, head and hip sway, and club lag through the downswing sequence.
Complete data analysis with a personalised AI summary and targeted recommendations for coaches and players to build improvement plans.
"Just a modest understanding of the science at play, simplifies both golf instruction and the golf swing itself."
Barrie Van Proctor, author of The Physics & Biomechanics of Golf
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Watch, Read, Listen
A biomechanical analysis of Nelly Korda's centred pivot, Force Order sequencing, and controlled draw — and why these traits suit Memorial Park in 2026.
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Swing transition, pressure loads, and kinematic sequencing that drove McIlroy's back-to-back Masters victories — examined through a biomechanics lens.
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Why one of golf's most athletic frames produced modest power — a swing analysis of Faldo's 1996 Masters victory and the trade-off between syncing and face control.
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Published research and AI-powered analysis. Two tools built from the same scientific framework, designed to work together.
Hardback · Free UK delivery
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