Not sure why I lol'd so much on that but yeahDon't forget launch angle.
Perhaps you should focus less on the props used and direct your attention to the science of non-linear technology verbalized, albeit visually, confirming that by design the non-linear technology has a tremendous value at 90% of the demographic, but it does not have “Meaningful Impact” to dedicated professionals with absolute advantages in their swing.
I don’t mean to be offensive or discouraging to your credibility, but this is a credible scientist from an accredited major university explaining in plain English that non-linear bats have reduced effectiveness in the highest of bat swing range.
If you question him, questions about “you” infer a lack of appreciation of meaningful information to these discussions.
Again. I apologize if this offensive. I suggest you do further research beyond watching a two minute video.
There's a huge difference between no benefit and the drop off he illustrates. I would expect no benefit at some point, aka, the same performance as a non linear bat, but the significant drop off he shows I find hard to believe.
Imagine a large trampoline with a small springboard right under it.i think i get it...maybe it would help if you could explain how the two levels of stiffness in non linear bats are supposed to work together?
Imagine a large trampoline with a small springboard right under it.
That’s it.
The stupid ass 220 testing line has people thinking that all bats who test at 220 are created equal and that is in NO way true
Only if the second trampoline is so much lower that the kids doesn't touch it at all, and only if the 275 pound man is in the top 1% of people by weight. As long as we're making illustrations out of pure conjecture and theory.ok i can picture that. so a kid who weighs 125lbs is going to jump a lot higher into the air than a grown man at 275lbs. kinda like the 50mph swing vs the 90mph
Only if the second trampoline is so much lower that the kids doesn't touch it at all, and only if the 275 pound man is in the top 1% of people by weight. As long as we're making illustrations out of pure conjecture and theory.
Then imagine a bunch of 275 lb guys saying they like that single trampoline better, even though in reality, based off of this theory, only 600 lb guys really benefit from it.
Does that line up all the theory with illustrations?
Lol, makes you want to go bounce around on a trampoline though don't it!?Haha man I'm so lost! I thought I had it figured out last night but you just threw me for a loop. I didn't think about what happens when you can't get to the 2nd spring.
When I watched that Carl video it made sense to me because it sounded like the outer barrel (trampoline) is really flexy and inner barrel (springboard) is really stiff. So you need just enough speed and pressure to push in the outer barrel to make it hit the inner one to rebound off it. If the swing is too hard & fast then it's basically like just hitting off the inner one I think. I'm confused