FAST LOOPING RIDE (IF YOU ARE ON TIME) "ROTOR" (REMILLY) ONRIDE @ FOIRE DU TRÔNE PARIS (FR) 2022

#Thrill #Engines #Thrust #Rides #Kermis #Juegosmecanicos #Funfair #Feria #Kirmes #Feteforain #Schausteller #Lunapark #Carnival #Fiera #pleasure #todo #amusement #Music #Epic #lol #leisure #themeparks #Funfairworldwide #Toerisme
Manufacturer:
Type: Centrifuge
Owner: Remilly
Filmed by "EXCITER"
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[@michaelhobbs3426]

I been on this

[@michaelhobbs3426]

Like you spin me right round baby right round like a record baby right round round round.

[@broskie9670]

The guy hit her so haRd😂😂😂😂😂

[@hayatokuda]

The little girl is so cuteee

[@melonmovies4000]

Pedophile

[@izaakz12]

👍

[@DortmundAndPlotagonFan]

1:29 why did you turn your camera upside down? 😅

[@FunfairWorldwide]

i turn myself ;) Thats makes this ride so nice because you can make a looping :)

[@pleaxsy_gaming]

​@@FunfairWorldwideI climb the wall everytime in skyline-park

[@catlxverr]

What are they standing on/

[@engestruturas]

For people to stay "glued" to the rotor wall the friction force (Fat) acting on their back must be equal to their weight (P)
The friction force is equal to the product of the coefficient of friction and the normal force (N). The normal force in this case is the centripetal force (Fcp)
Fat = u.N = u.Fcp = u.m.w².R
P = m.g
Where m is the mass of the person, w is the angular velocity of the rotor, R is the radius and g is the acceleration of gravity
Making Fat and P equal and then isolating w we find the minimum angular velocity the rotor must have for people to get "glued" to the wall
w = [g/(u.R)]^1/2
I've never been inside it, but would be nice

[@chrislabedzski9076]

Excellent analogy, well spoken