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Science behind kickflip weight distribution - Shift weight before jumping!
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You can view 3D models from here:
Please visit my website and let’s study skateboarding tricks scientifically and objectively using 3D models and scientific theories.
In this video, we study the science behind weight distribution of kickflips.
Have you ever had this experience that you find your board land on the heel side as you are practicing flicking? In my case, my board always landed on the heel side but every kickflip tutorial seemed to have said that I needed to jump straight upward like ollies. What's really causing the difference? Can anyone explain it scientifically? Let's see if we can.
I just hope this video can help you figure out what could be causing your problem.
So please take a moment and try to study this in detail.
I'm trying to eliminate subjectivity from my explanation as much as possible by referring to scientific and physics theories. Please use my 3D models to solve your "why."
Related videos:
Common mistakes of scoop in Treflips / Shove-its. Analysis on the lightness of tricks.
Pop is the MOST important element in kickflip.
Varial Kickflip - Basics and Physics explained with 3D models
#skateboarding
#kickflip
#howtoskate
#スケートボード
#キックフリップ
#3D
#blender
Traditionally, skateboarding how-to videos have always been subjective and the majority of explanations are based on speakers' experiences.
To avoid relying on my personal experiences, please fully utilize the 3D models.
All skaters have different questions.
So that you can analyze skateboarding tricks in detail and solve your "whys," those 3D models are made fully interactive.
The 3D models feature these functions below:
- change camera angle
- adjust play speed
- change transparency
- display gridlines, etc.
Aside from that, I try to explain concepts of skateboarding tricks based on facts, calculations, scientific and physics theories. I may make mistakes so please leave a comment if you find anything.
Please visit my website and let’s study skateboarding tricks scientifically and objectively using 3D models and scientific theories.
In this video, we study the science behind weight distribution of kickflips.
Have you ever had this experience that you find your board land on the heel side as you are practicing flicking? In my case, my board always landed on the heel side but every kickflip tutorial seemed to have said that I needed to jump straight upward like ollies. What's really causing the difference? Can anyone explain it scientifically? Let's see if we can.
I just hope this video can help you figure out what could be causing your problem.
So please take a moment and try to study this in detail.
I'm trying to eliminate subjectivity from my explanation as much as possible by referring to scientific and physics theories. Please use my 3D models to solve your "why."
Related videos:
Common mistakes of scoop in Treflips / Shove-its. Analysis on the lightness of tricks.
Pop is the MOST important element in kickflip.
Varial Kickflip - Basics and Physics explained with 3D models
#skateboarding
#kickflip
#howtoskate
#スケートボード
#キックフリップ
#3D
#blender
Traditionally, skateboarding how-to videos have always been subjective and the majority of explanations are based on speakers' experiences.
To avoid relying on my personal experiences, please fully utilize the 3D models.
All skaters have different questions.
So that you can analyze skateboarding tricks in detail and solve your "whys," those 3D models are made fully interactive.
The 3D models feature these functions below:
- change camera angle
- adjust play speed
- change transparency
- display gridlines, etc.
Aside from that, I try to explain concepts of skateboarding tricks based on facts, calculations, scientific and physics theories. I may make mistakes so please leave a comment if you find anything.
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