This is what we do everyday in practice. Technical efficiency is king in practice. Need the athletes to figure out ways to reduce drag / increase propulsion
The myth of suit buoyancy refuses to die. Short course is mostly under water where buoyancy is a disadvantage. Fast suits are all about compression and reducing drag, not increasing buoyancy. Totally agree with maximizing coverage.
NCAA pads sit underwater and on top of a gutter so swimmers can grab the wall on their open turns, at the olympics the pads go higher and swimmers cannot grab the wall
Now THIS, THIS is good content.
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Awesome to see, love the meeting of the minds happening here.
the swimsuitguy knows a lot about swimsuits- interesting🤔
Thank you a lot for all your videos😍
Glad you like them!
This is what we do everyday in practice. Technical efficiency is king in practice. Need the athletes to figure out ways to reduce drag / increase propulsion
The myth of suit buoyancy refuses to die. Short course is mostly under water where buoyancy is a disadvantage. Fast suits are all about compression and reducing drag, not increasing buoyancy. Totally agree with maximizing coverage.
Does NCAA not have a flat wall? What was he talking about with the pad on backstroke?
NCAA pads sit underwater and on top of a gutter so swimmers can grab the wall on their open turns, at the olympics the pads go higher and swimmers cannot grab the wall
@@iizzcooloh thanks, never realised they purposefully grab the wall in the US