Further proof that Maybin needs to get everyday playing time?
I'm interested in how this perceives what pitches the batter is hitting. I'm certain hitting a 95 mph fastball will get you a bit more MPH off the bat than a 69 mph curve or 80 mph change up.
Maybin hits the ball pretty hard. Reminds me actually of how Justin used to hit liners so easily with his swing. Maybin you can tell swings harder, but Justin had such a long stroke that it looked so easy.
I'm interested in how this perceives what pitches the batter is hitting. I'm certain hitting a 95 mph fastball will get you a bit more MPH off the bat than a 69 mph curve or 80 mph change up.
Maybin hits the ball pretty hard. Reminds me actually of how Justin used to hit liners so easily with his swing. Maybin you can tell swings harder, but Justin had such a long stroke that it looked so easy.
I'm interested in how this perceives what pitches the batter is hitting. I'm certain hitting a 95 mph fastball will get you a bit more MPH off the bat than a 69 mph curve or 80 mph change up.
Maybin hits the ball pretty hard. Reminds me actually of how Justin used to hit liners so easily with his swing. Maybin you can tell swings harder, but Justin had such a long stroke that it looked so easy.
Further proof that Maybin needs to get everyday playing time?
hard hit balls aren't better than soft hit balls?Because hard hit balls that result in outs are better than those outs that aren't hit as hard?
I agree Maybin should be getting more at bats, but it's not because of some hitting speed stat.
I am cackling at the fact that we have two pitchers in the top 5. Our offense is not good.
I am cackling at the fact that we have two pitchers in the top 5. Our offense is not good.
hard hit balls aren't better than soft hit balls?
Interesting.
Outs are outs. A hard hit out is the same as a soft hit out.
Outs are outs. A hard hit out is the same as a soft hit out.
Is this what this stat says? I wasn't aware it was the number of outs each hitter has. My reading comprehension must be poor.
Calling vf the final speed of the ball off a bat, the final velocity would be
vf = (F*t/m) + vi
So yeah, the higher the vi (the speed of the ball at impact), the harder the ball would be hit. Of course, we're pretending these are inelastic surfaces. And I suspect that how well you square up on the ball is a better indicator of how hard you hit it than how hard you swing, for most major leaguers.