To successfully complete a vertical loop on a bicycle, a rider must maintain sufficient speed throughout the entire trajectory; at the top of the loop, the rider's velocity must be high enough to generate enough centripetal force to counteract gravity, otherwise gravity will pull the rider straight down.
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Defying Gravity: The 7.5M Tunnel Loop! 🤯🚲 #ShortsAdded:
Can a human actually defy gravity on a bicycle? This biker is attempting an insane full loop inside a massive 7.5 meter concrete tunnel. After weeks of practice with a safety airbag, it's finally time for the real deal. He has to maintain perfect speed. If he's even a little slow at the top, gravity will pull him straight down. Watch the momentum as he pins the throttle, hits the wall, and glides upside down before sticking the landing. Would you have the confidence to ride upside down like this? Let me know in the comments.
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