tag:blogger.com,1999:blog-5742008027341421760.post8968631255563027066..comments2022-10-24T00:53:49.929-07:00Comments on Science of the Swing: What the forceplate can tell us.Brandonhttp://www.blogger.com/profile/01720001011916768381noreply@blogger.comBlogger1125tag:blogger.com,1999:blog-5742008027341421760.post-78313372084358527782016-08-31T22:32:42.474-07:002016-08-31T22:32:42.474-07:00Very interesting, thank you!
You say: "This ...Very interesting, thank you!<br /><br />You say: "This is because significantly higher eccentric forces are created by Brett than concentric forces."<br /><br />I would understand the measurement as follow: The peak of the downswing marked as "bottom" is when the bell is at the lowest position moving backward. I would say for me the downswing is not finished here, it is finished when the bell reaches the rear reversal point, isn't it? But where is this point? Is it the small clipping point at the half of the descending line or the lowes point of the sharp dip?<br /><br />You wrote: " You will also notice how the peak of the down portion (bottom) of the swing is much higher than the peak of the up swing (the peak right before hip EXT)."<br />In my opinion the hight of the hip hinge spike is not that high, because the bigger part of the acceleration is forced horizontal and therefore not measured nor diagramed here.<br /><br />Best regards,<br />MarioAnonymoushttps://www.blogger.com/profile/17994160809131580026noreply@blogger.com