Biomechanics And Golf
Golf is one of those games where proper posture plays a major role. Thus, biomechanics, a branch of science, can go a long way in explaining why some people become great heroes of golf while some, even after a lot of practice and trials, are not able to reach the pinnacle of glory in the field. The basics of biomechanics: Biomechanics, also known as motion capture technology, is the mechanical examination of the movements of the body with the help of advanced high-speed video taking devices. The biomechanics of golf swing teaches us a lot about the swing. By means of the video of the strokes that are taken and analyzing them, the researchers can reach amazing conclusions.
The force on the golf club is gathered due to the twist that preceded the stroke. Once the club has made contact with the ball, the club transforms this force, or kinetic energy, to the ball. Thus, the speed of the golf club at the time of contact with the ball is directly proportional to the speed at which the ball will move. That is to say, the greater the amount of energy transmitted to the ball, the greater the distance the ball traverses. Thus, in order to make the ball travel to the target point, you must transmit the accurate amount of force. The club-head gathers that force and transfers it into the ball in the form of kinetic energy. This is the basic biomechanics of golf swing. This is basically the reason behind Tiger Woods attaining a monumental speed of 125 M.P.H during a swing while most professional golfers can go up to 100 M.P.H. Biomechanics has discovered that Woods accomplishes this due to his fitness and through the correct application of the biomechanics of golf swing. How does Tiger Woods attain the high speed in his magic swing? One of the main reasons behind his speed is his fitness and power. He entered the professional golf arena at the age of twenty. The biomechanics of golf swing has proven that Woods can achieve the great speed and accuracy because he makes the optimum use of his power and transmits a lot of kinetic energy into the golf ball. All this is possible because of the rigorous fitness regime he follows. In fact, he does not blindly follow a specific fitness regime, but follows one that is specific to his game and helps him improve it. Thus, the biomechanics of golf swing has revealed that the fitness plays a major role because each swing is a test of your power and accuracy. If you are fit enough to pump enough torque into the club-head and then transfer it to the golf ball, even you can attain those overwhelming speeds. |
