Ken Clark, PhD retweeted
@KenClarkSpeed is the 🐐
Fantastic human that has done a lot to bridge the gap between previous eras of sprint coaching and this one!
Fantastic human that has done a lot to bridge the gap between previous eras of sprint coaching and this one!
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Ken Clark, PhD retweeted
Episode 174 with @KenClarkSpeed
Two Mass & Spring Mass Models, Understanding Coordination, Many Roads to Rome ⤵️
podcasts.apple.com/us/podcast/mov…
Two Mass & Spring Mass Models, Understanding Coordination, Many Roads to Rome ⤵️
podcasts.apple.com/us/podcast/mov…
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Ken Clark, PhD retweeted
Two guys whose ideas and work I truly admire and appreciate @DylHicks @KenClarkSpeed 👍
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Ken Clark, PhD retweeted
New article for @SportsmithHQ detailing some of the work from our 🏈 sprint project. How do considerations of monitoring & developing acceleration change for different playing positions? @jb_morin @KenClarkSpeed
sportsmith.co/articles/initi…
sportsmith.co/articles/initi…
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Ken Clark, PhD retweeted
Fantastic paper by @KenClarkSpeed et.al that emphasizes there are many ways to solve the acceleration problem, there is no single "perfect" strategy or a single "ideal" technique, even at the very elite level. tandfonline.com/doi/full/10.10…
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Ken Clark, PhD retweeted
Yesterday, @KenClarkSpeed published a new paper analyzing 0-10m acceleration in 24 elite American sprinters (51 Olympic/World Championship medals combined).
Today, here's one coaching takeaway:
Don't coach 30 athletes every rep.
Pick ONE technical focus.
Watch FIVE athletes.
at.
He also explains why longer contact distances in team sport athletes aren't automatically a flaw.
Click below for the full podcast with him:
youtube.com/watch?v=74Vd_w…
Click below for his new research:
tandfonline.com/doi/full/10.10…
Today, here's one coaching takeaway:
Don't coach 30 athletes every rep.
Pick ONE technical focus.
Watch FIVE athletes.
at.
He also explains why longer contact distances in team sport athletes aren't automatically a flaw.
Click below for the full podcast with him:
youtube.com/watch?v=74Vd_w…
Click below for his new research:
tandfonline.com/doi/full/10.10…
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Link: doi.org/10.1080/147631…
For practitioners working with competitive sprinters, results in this article provide robust normative group mean practice data at the highest level of T&F, while simultaneously illustrating the variety of kinematic strategies that can be employed to achieve elite performance.
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For practitioners working with competitive sprinters, results in this article provide robust normative group mean practice data at the highest level of T&F, while simultaneously illustrating the variety of kinematic strategies that can be employed to achieve elite performance.
Excited to announce our latest publication examining initial acceleration in elite Americans sprinters, published in Sports Biomechanics.
This sample of athletes included male sprinters with a group mean 100m PR < 9.9s and female sprinters with a group mean 100m PR < 10.9s!
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Excited to announce our latest publication examining initial acceleration in elite Americans sprinters, published in Sports Biomechanics.
This sample of athletes included male sprinters with a group mean 100m PR < 9.9s and female sprinters with a group mean 100m PR < 10.9s!
This sample of athletes included male sprinters with a group mean 100m PR < 9.9s and female sprinters with a group mean 100m PR < 10.9s!
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Ken Clark, PhD retweeted
instagram.com/p/DZU2fc1jKHl/…
Got some great work in with @KenClarkSpeed and @paulkenny_speed It was great to see my form compared to college and professional track and football athletes. Excited to keep working and getting better!
Got some great work in with @KenClarkSpeed and @paulkenny_speed It was great to see my form compared to college and professional track and football athletes. Excited to keep working and getting better!
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Ken Clark, PhD retweeted
Big shout out to @paulkenny_speed and @KenClarkSpeed For helping me level up to the 💨 21MPH club! All official here no technical malfunctions this is Dr APPROVED!
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Ken Clark, PhD retweeted
🚨NEW STUDY - Pre-PRINT🚨
Sprint running (max and submax speed) is a great plyometric stimulus🏃🏻🦵: direct comparison of ground reaction force-time w/ classical plyometric tasks.
Read our new study (Pre-print) by @CriFubiani et al. here & send feedback🙏:
researchgate.net/publication/40…
Sprint running (max and submax speed) is a great plyometric stimulus🏃🏻🦵: direct comparison of ground reaction force-time w/ classical plyometric tasks.
Read our new study (Pre-print) by @CriFubiani et al. here & send feedback🙏:
researchgate.net/publication/40…
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Ken Clark, PhD retweeted
Training the Browns in the Spring and the Jags in the summer.
Coach Clark is the best in the business and we are so lucky to have him part of our program!!
@KenClarkSpeed
Coach Clark is the best in the business and we are so lucky to have him part of our program!!
@KenClarkSpeed
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Ken Clark, PhD retweeted
Why did we create the Speed Science Institute?
Listen to our Co-founder @les7spellman explain what the Speed Science Institute will accomplish, under the leadership of @KenClarkSpeed and Peter Ruppe and how it will impact coaches and athletes.
Learn more⬇️
Listen to our Co-founder @les7spellman explain what the Speed Science Institute will accomplish, under the leadership of @KenClarkSpeed and Peter Ruppe and how it will impact coaches and athletes.
Learn more⬇️
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Ken Clark, PhD retweeted
It’s here.
Introducing the Speed Science Institute, our governing body for how we develop, interpret, and teach coaches to use performance data.
Founding members:
@KenClarkSpeed, Executive Speed Scientist
Peter Ruppe, Executive Director
Learn more⬇️
Introducing the Speed Science Institute, our governing body for how we develop, interpret, and teach coaches to use performance data.
Founding members:
@KenClarkSpeed, Executive Speed Scientist
Peter Ruppe, Executive Director
Learn more⬇️
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Ken Clark, PhD retweeted
language around this comes from the work of researchers like Weyand & Clark, who have done a lot to explore both the drivers of speed and the mechanisms that help explain them.
And like all science, this is an ongoing process. We refine the model, keep learning, and keep
And like all science, this is an ongoing process. We refine the model, keep learning, and keep
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