Look at any track race involving sprinting. There are always 2 blocks, one for each foot. Surely there must be a really good reason for this set up.
I don't think that sprinting applies. When I look at a pitcher's back leg, the stride leg, it is generally very straight at launch, so I have trouble seeing where the thrust is coming from, the calf looks like the only muscle that could be active. Pitchers roll into launch so maybe there is some force in there that activates the QOH. I'd like to know where in the motion the QOH clicks, this will tell me what position the body is in and what muscles are active.Look at any track race involving sprinting. There are always 2 blocks, one for each foot. Surely there must be a really good reason for this set up.
Thanks for that—I updated the post and used back foot drop.I am very surprised that the back foot supplies more drive, I just don't see it when I look at video but maybe I'm just seeing what I expect to see. What do you mean 'with heel drop'?
I have not seen the QOTH in person but could it be that the force from the stride leg is mostly from the pitcher's weight? In this case much of the force is vertical rather than horizontal and less effective.
I am very surprised that the back foot supplies more drive, I just don't see it when I look at video but maybe I'm just seeing what I expect to see. What do you mean 'with heel drop'?
I don't think that sprinting applies. When I look at a pitcher's back leg, the stride leg, it is generally very straight at launch, so I have trouble seeing where the thrust is coming from, the calf looks like the only muscle that could be active. Pitchers roll into launch so maybe there is some force in there that activates the QOH. I'd like to know where in the motion the QOH clicks, this will tell me what position the body is in and what muscles are active.
Curious how much force from the leg drive do you think gets transferred into the actual arm whip? My DD rocks into her motion and honestly has a fairly weak leg drive. She's 12 and has clocked at 58 at pitching lessons (off pocket radar, and I have no idea how accurate that is, but she is consistently at 56 to 57 on it) so I'm hesitant to mess with her too much.
I do find this topic interesting and I find what the Foot Doc. is saying makes a lot of sense, but I'm not sure if the "juice is worth the squeeze" when it comes to working on this.
I have been thinking about this and wonder if you could take some close up video of the stride pushing off and so we could check the shin angle and the foot in relation to the ground and see where in the launch the 'click' is happening. I am also thinking that since the QOH is a spring loaded device it measures 'peak' thrust and not total force. So the push off foot might contribute more, but it might ramp up slower and not trip the 'click' at the same point.Thanks for that—I updated the post and used back foot drop.
I was surprised when I found the stride leg could get higher numbers. I would say that shouldn’t be the goal as it’s possible to cheat to get a high number with no benefit. The goal is to teach awareness that the stride leg can have a role in creating drive. The sequence becomes a push push, instead of a lean, fall then push.
Wow, 58 at 12 that is impressive! My DD is 12 as well. She has pretty solid mechanics but has been 44-45 for awhile (also measured with Pocket Radar). If you don't mind sharing what are a couple of traits you contribute your DD's speed too?Curious how much force from the leg drive do you think gets transferred into the actual arm whip? My DD rocks into her motion and honestly has a fairly weak leg drive. She's 12 and has clocked at 58 at pitching lessons (off pocket radar, and I have no idea how accurate that is, but she is consistently at 56 to 57 on it) so I'm hesitant to mess with her too much.
I do find this topic interesting and I find what the Foot Doc. is saying makes a lot of sense, but I'm not sure if the "juice is worth the squeeze" when it comes to working on this.