How to Get Faster - Max Velocity Mechanics & Drills

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  • čas přidán 21. 10. 2023
  • How to Get Faster - Max Velocity Mechanics & Drills. This is part three of a presentation on speed development. Part one was all about the Psoas muscle, while part two was a segment on acceleration.
    Much more to come over the next few weeks!
    Too many times, in amateur athletics, an athletes career gets cut short based on the fact that they are simply just not fast enough to play “at the next level”. Whether it is a 40 yd dash, 60 yd dash or a big vertical jump, we aim to get you the times and heights you need to turn heads and get noticed.
    Slowguyspeedschool.com
    Instagram: Coach Chris Korfist
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Komentáře • 7

  • @speedcoachbates
    @speedcoachbates Před 9 měsíci +5

    Great stuff

  • @kevinburola889
    @kevinburola889 Před 9 měsíci +1

    Great video. Interesting on the contribution of the Vastus Lateralis . I would have thought more contribution from Glute Max?

  • @chadify007
    @chadify007 Před 6 měsíci

    Fascinating, I was always under the impression that the foot strikes directly under the body. People seem to get pissed when mentioning that you pull a bit with the hamstring on the internet.

  • @BigKyle4490
    @BigKyle4490 Před 9 měsíci

    Chris, would you be able to describe to me what you do for the Transverse Abdominus during RPR? Would love to add that to what we do! Love your work, Took RPR level 1 with you in Portage Indiana in 2018 and have never looked back!

  • @lindsaywilson7722
    @lindsaywilson7722 Před 9 měsíci +1

    That research highlighting vertical force has always felt odd. Just doesn’t square with what the foot is doing. Great video again. You rate the yuri type stuff? Seems like it’d be easier to do with a sled or 1080 tbh

    • @namesake7139
      @namesake7139 Před 9 měsíci

      Same here! Peter Weyand pointed out his observations from the SMU studies but I don't think his explanation was a applicable to sprinting

    • @Kyle-yc4ou
      @Kyle-yc4ou Před 4 měsíci

      it was more of a correlational byproduct i think. it was (is?) hard to measure horizontal force so the vertical force was an interesting piece of data that they could collect. I think I read somewhere though that elite sprinters have a higher % horizontal:vertical ratio, but since their overall force is higher so is their vertical force.