Short-barrel bats tend to have the sweet spot towards the endcap, like people have said.
Pure physics states that the barrel is moving faster towards the endcap than closer to the handle. Therefore, if you can consistently hit the SS with a short-barrel bat, you should get better distance.
But then again, it all comes down to preference.
I've often wondered about this. sometimes I know just enough about physics to get me in trouble, but hear me out.
we all understand how levers work, the further from the fulcrum the greater the mechanical advantage. in this application, a ball hitting the bat at the endcap should slow down the bat more than a ball that hits at the taper. and studies have shown that the bat speed AFTER contact is a better indicator of performance.
so... would the ball being hit closer to the endcap, slow down the bat enough to counteract any gains you'd have due to the bat's higher linear speed at that point? for example, let's compare a person with a swing speed of 70mph(measured at the center of the barrel).
sweet spot in the center:
-precontact speed of 70mph
-post contact speed of 55mph(i'm making this up of course)
sweet spot closer to endcap:
-precontact speed of 72mph(same swing, but since it's closer to the endcap it has a higher linear speed)
-post contact speed of 55mph(the bat is slowed down more because of the longer lever)
*I am of course making up all these numbers, but that's the idea i'm wondering about. would you end up with essentially the same post-contact speed anyway? and is that still a good representation of performance?
I mean in practice, I certainly don't get better distance when I hit the ball near the endcap. whether that's because of my swing, or because of the raw physics of the collision, I have no idea though. just something I've wondered about.