The participant swing speed was recorded using the Swing Speed Radar system.
Swing speed increases are generally required to develop ideal batting skill; nevertheless, no study has proposed a system to swing speed and develop an idea swing performance kinetic chain using auditory biofeedback, which is often used for motor modification.
His swing speed is frightening, measured by the PGA Tour's ShotLink at 120.93 miles per hour.
It misses nothing: your swing speed, your launch angle at impact, the ball's spin and velocity.
Thus, this study's purpose is to devise a system that helps users develop their kinetic chain and increase swing speed using auditory cues, and to verify proposed system's effect on swing speed.
During the experiment, we examined participants' swing speed and participants' maximum waist, shoulder, elbow, and wrist acceleration.
In this study, both swing speed and maximum acceleration of the upper body (i.e., elbow and wrist) increased significantly.
Compared with the control group, swing speed in the training group increased significantly (p < 0.05, Fig. 5).
Both CF swing speed and CF swing duration (Fig. 5) correlated strongly with dopamine depletion severity (R = −0.81, p = 0.0007 and R = 0.77, p = 0.0023, respectively).
To increase swing speed, batters must develop an ideal kinetic chain; however, learning the ideal kinetic chain appears to be difficult for beginners.
Thus, training quality depends on coaching skill, and training might be unable to help players increase their swing speed and develop an ideal kinetic chain.
