SPEAKER_01 3:59–4:09
Okay. Yeah, no, I know who it was, dude. Still, still the best, like the Hawaiian record breakers meet where he did the 2014. In less than two seconds. That's amazing. And it was deep. It was deep. Arguably still the best squat that's ever been performed in history. Okay. So let's go back to the squat thing. Okay. Um, okay. So. Again, because of your concentric bias, because of your extensive nature of training, you're going to have a great deal more of connective tissue stiffness through adaptation, like I said, and training, and then structural bias. And so for you to be able to utilize the energy that is stored in releasing connective tissues in most cases, you're probably going to be using strategies that would create the yield, which means that you need to deload to the box. Now there's a bunch of ways to tweak that as well. So you've seen like the, they put like the couch foam top of the box. Okay. So what the couch foam does is it prolongs the duration of the deceleration, which again adds more yield action to the exercise versus just sitting down in the box and expanding on the box. And so again, there's a whole bunch of strategies that you're utilizing here. But generally speaking, you're gonna be a guy that has to deload to the box because you need to create a yield somewhere typically where that's gonna be for you. It's like you're gonna use your skeleton a fair amount, right? And then the deload to the box is gonna, depending on how long you're there and loads and such, it's gonna determine like how you're gonna distribute that yield through the other connective tissues. Because if you were touching go, you would not yield very long at all. Therefore the amount of energy that you would store in your connected tissues would be reduced. Okay?
squat techniqueconnective tissue stiffnessenergy storageyield actionbox squat