Tighter Golf is a highly advanced, systematic guide to the golf stroke built from the first principles of physics, mechanics, and kinesiology. It presents a complete, engineering-based system for building a safe, effective, and efficient motion.
Its core philosophy is a direct refutation of traditional "Positional Golf." Instead of asking the player to imitate static poses or chase subjective "feels," Tighter Golf provides a procedural blueprint to build a mechanically sound swing. Its central tenet is that correct positions are the result of sound mechanics, not the cause.
The manuscript is aimed squarely at the analytical golfer and the high-level coach—the serious student of the game who is frustrated with the limitations and contradictions of conventional instruction.
The entire system is built on three scientific pillars:
Tighter Golf rejects the oversimplified double-pendulum models common in golf analysis. Instead, it models the arm-club unit as a spatial five-bar linkage—a 3D mechanical system with the shoulder girdle as the frame, the upper arms as input links, and the forearms as couplers. This provides a more accurate and robust model for understanding how the body powers and controls the club.
The book is built around a series of interconnected, systematic procedures:
Tighter Golf positions itself as a premium, expert-level text. It functions as a modern evolution of Homer Kelley's The Golfing Machine (TGM), using TGM's systematic language but enriching it with modern physics and kinesiology.
Compared to other golf legends, it provides the scientific "why" behind the empirical "what" of masters like Ben Hogan and Jack Nicklaus, and it stands as the analytical, "left-brain" counterpoint to the holistic, "right-brain" feel-based approach of George Knudson.
Ultimately, Tighter Golf presents itself as a "Quadrant 4" instructional model: Holistic & Scientific. It synthesizes complex principles into a single, integrated system designed to empower the reader with a complete understanding of the golf swing's mechanical algorithm.