The Golf Channel for Golf Lessons
This article explores cutting-edge golf techniques-from refined swing mechanics and smarter driving strategies to evidence-based putting systems-combining biomechanics, strategic course management, and targeted drills to boost consistency and shave strokes off your score
Transform your game by mastering the follow-through – the often-overlooked key to cleaner biomechanics and more powerful, accurate swings, putts, and drives. Inside you’ll find science-backed drills, clear metrics to track progress, and step-by-step protocols tailored for beginners through advanced players to build consistency and shave strokes off your score
Fowler (illness) WDs from WM Phoenix Open:
Rickie Fowler pulled out of the WM Phoenix Open after developing flu-like symptoms, tournament officials said. He withdrew before play began and will be evaluated by on-site medical staff.
How to know if a golf club is working (or you’re making it work):
New advice breaks down how to tell if a club is doing the job – or if your swing is masking a mismatch. Look for steady ball flight, crisp, repeatable contact and tight shot dispersion; launch-monitor data and a proper fitting can back up what your eyes and feel are telling you
Examining shaft flex reveals significant effects on driver performance: it influences launch angle, spin rate, ball speed and shot dispersion, underscoring the need for individualized flex selection.
This study evaluates clubhead geometry, shaft dynamics, and grip ergonomics to quantify their individual and interactive effects on ball launch, consistency, and player biomechanics for evidence-based equipment selection.
This study examines biomechanical determinants of the golf swing, integrating kinematic, kinetic, and muscular analyses to guide technical refinement, injury prevention, and performance optimization.
This review examines biomechanical and design principles underlying modern golf equipment, integrating kinematic analysis, materials engineering, and club architecture to optimize performance and consistency.
This review brings together cutting‑edge biomechanics and engineering for golf equipment, revealing how precise kinematic analysis, advanced materials, and smart club architecture combine to deliver greater power, control, and consistent performance
Combining biomechanics with materials science, this study explores how clubheads, shafts, and grips – and the materials they’re made from – work together to shape swing mechanics and ball launch. It reveals how subtle equipment choices can boost performance or increase musculoskeletal injury risk during the swing
Integrating clubhead geometry, shaft dynamics, and grip ergonomics, this analysis quantifies how design parameters influence ball trajectory, energy transfer, and user comfort to inform evidence-based equipment selection.
