드라이버 200미터 안 나간다면 이걸 몰라서입니다.

#Driver #Golf #DriverSwing #DriverDistance 00:00 "Toe-up? Horizontal? Toe-down?" If you don't know what state you are in, you will never be able to hit over 200m in your lifetime. 01:21 Address Illusions and the Mechanical Truth (Dynamic Toe-down) 02:32 Experimental Data 90% Don't Know - The Impact of Head Alignment on Distance 04:54 What State Am I In? 3 Self-Diagnosis Methods 06:44 3-Step Solution to Break the 200m Barrier for Life 09:06 Conclusion and Ending: Key Summary 05:50 I am correcting a misunderstanding caused by a miscommunication regarding the mechanical sequence during the explanation of the self-diagnosis methods in the video! Excessive Toe-down State: The hands are lifted at impact. Although the ball hits the inside of the face (heel), the physical traces of the club's sole scraping create scratches on the 'Toe' section, the front of the head. Excessive Toe-Up Condition: At impact, the ball is likely to strike the front of the face (toe), but the scraping marks on the clubface appear on the 'heel' (the back of the head). Due to a mix-up in the wording, I conveyed the direction of the ground scratches in the exact opposite way. I apologize for the confusion and ask that you take note of this when watching the video. == Sources of Research and Experimental Data Reflected in the Manuscript == *Trackman University Research Data Content: Analysis of the impact of lie angle changes at impact on launch monitor data (ball speed, sidespin, distance). Conclusion Reflected: Citation of data regarding changes in ball flight and a 15–20m distance loss resulting from a 2-degree change in lie angle. *Journal of Sports Sciences - "The biomechanics of the golf swing and club design" Content: A mechanical empirical study on the centrifugal force of carbon shafts generated during the downswing and the 'Dynamic Toe-down' phenomenon. Conclusion Reflected: Theory of the correlation between shaft stiffness and head twisting (Gear Effect) at the moment of impact. *Association of Golf Clubfitting Professionals (AGCP) Technical Report Content: The impact of appropriate shaft torque and tip stiffness by swing speed on maintaining dynamic lie angle for amateur golfers. Conclusion Reflected: Discussion of the necessity of high-elasticity shafts and tip reinforcement.