Ep 17. Motorcycle Flip
- TV-PG
- October 29, 2008
- 43 min
-
7.5 (124)
In this episode of MythBusters, the team passionately explores the myth of whether the weight distribution of a motorcycle can affect a rider's ability to perform a flip. Inspired by a YouTube video of a motorcycle stunt rider seemingly defying the laws of physics, the team sets out to determine whether body position, weight, or other factors come into play to make the stunt possible.
To test this myth, the team enlists the help of professional motorcycle stunt rider Ryan Moore, who demonstrates several types of flips and provides valuable insight into the mechanics of each trick. In a series of controlled experiments, the team places different weights on the back of a motorcycle to see how it affects the bike's ability to flip, and they also manipulate the weight and position of the rider to see how those factors come into play.
Along the way, the team faces a number of challenges and setbacks, including a few crashes and mishaps that remind us just how dangerous motorcycle stunts can be. However, they persevere and eventually come up with some surprising results that shed new light on this popular myth.
Throughout the episode, the team provides an engaging mix of scientific rigor and enthusiastic experimentation, as they share their findings with the audience and explain the underlying physics behind each experiment. They also take a few moments to highlight some of the inherent risks and dangers associated with motorcycle stunts, making this episode a must-watch for anyone interested in the intersection of science and extreme sports.
Overall, this episode of MythBusters is a thrilling and informative exploration of a popular myth, and it provides a valuable glimpse into the world of motorcycle stunts and the physics behind them. Whether you're a die-hard fan of the show or simply interested in the science of extreme sports, this episode is sure to capture your attention and leave you with a deeper appreciation for the incredible feats that can be achieved on two wheels.