pretzeling? the mechanics of how you stop your momentum and go the other way could be interesting

snow loop and jesper's rail/box loop came to mind, but maybe that's less biomechanics and more "just" physics depending on the focus of your class

Henrik's NB 180, AHall cork 180, and Syrja's/Antti's rodeo 180 things would be awesome to look at because they're using the movement of their bodies to counteract and stop rotations. You can get the rotational force and momentum from the initial spin and then figure out how much energy the skier needs to generate to stop it at 180!

Another cool one to look at might be Daniel Hanka's shifties for looking at how to speed up and slow down how spins look using your body

The effects of pizzaing should b studied

I took biomech last semester, one example our prof used was the force of friction of the ski on snow and FG acting on the skier that is involved in down skiing in general. Force of gravity is straight down however is changed with the slope. Therefore, the scale is changed with degree of the slope. It splits force of gravity into two compents FGY and FGX.

switch pizza

Op just do it on precession (corkscrewing). You can tell your teacher/class about how the earth is technically corkscrewing just like a skier does wobbling around its main rotation axis.

**This post was edited on Feb 3rd 2020 at 1:48:54pm

Peps 270 revert at the JOI

moose14I took biomech last semester, one example our prof used was the force of friction of the ski on snow and FG acting on the skier that is involved in down skiing in general. Force of gravity is straight down however is changed with the slope. Therefore, the scale is changed with degree of the slope. It splits force of gravity into two compents FGY and FGX.

Gravity is actually fake because of the flat Earth but good try buddy!

The mechanics of T Hall breaking his ankles on Chad's.

Study how full tilts affect biomechanics

TheClap.Peps 270 revert at the JOI

That trick was insane i remember.

Answer using science once and for all if you can hit jumps on vishnus

Mr.LumpyjumblesThe mechanics of T Hall breaking his ankles on Chad's.

Actually solid idea. It wouldn't be too difficult to calculate the actual pressure exerted on his ankles based on the jump characteristics and Tanner's characteristics. Then this can be validated against known values for pressure required for compression fractures in those bones. It was probably a pretty insane number like a ton of pressure per ankle.

VinnieFActually solid idea. It wouldn't be too difficult to calculate the actual pressure exerted on his ankles based on the jump characteristics and Tanner's characteristics. Then this can be validated against known values for pressure required for compression fractures in those bones. It was probably a pretty insane number like a ton of pressure per ankle.

Do you mean pressure per ankles are broken?

Mr.LumpyjumblesThe mechanics of T Hall breaking his ankles on Chad's.

wow you beat me to it, pretty sick

moose14I took biomech last semester, one example our prof used was the force of friction of the ski on snow and FG acting on the skier that is involved in down skiing in general. Force of gravity is straight down however is changed with the slope. Therefore, the scale is changed with degree of the slope. It splits force of gravity into two compents FGY and FGX.

Isn’t that just a block on a plane?

Yeah how the fuck a cork 180 works

Young_IMPCIsn’t that just a block on a plane?

yep, exactly. But skiing was the example used.

I'd like to know in detail why it hurts to flex my shins foreword after a lengthy tail press/wheelie.

what program are you going to use? Logger pro has video analysis and is good shit.