I recommend not looking up or opening your eyes while riding the rotor bc closing your eyes feels like your sleeping (opening my eyes and looking up makes me dizzy) and I’d also recommend you guys riding this at night bc yesterday I rode this at like 9pm and they turn off the lights and they put on disco lights, it was so funn
@@ayaankhan9141 not too scary but when u keep opening your eyes you start feeling a bit nauseous/sick depending if you can handle fast spinning rides but like when you close your eyes it feels like your spinning around the sky
i've always just looked at this ride from the top but today I actually decided to go on it for once with my friends. it was so epic and FUN, it wasn't as scary as i thought
I've always been perplexed and afraid of this ride, only going as far as to observe on top, but with this woman's guidance, I'd like to try it. She's so considerate and makes you participate lol ! :)
Great video! Could I please use this for a review on Frontier City when talking about their SBNO rotor? I will provide you with full credit for this footage and include a link back in the description.
For people 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