Start-up aims to ditch kids' training wheels
GyroBike is rolling out a gyroscope/flywheel that fits into the front wheel of a bike and helps keep balance. Photos: Cool gizmos on display Video: A bicycle parents can trust
The company, a spin-off out of Dartmouth College, is coming out later this year or early next year with a gyroscope/flywheel that fits into the front wheel of a kid's bike. When a child begins to go off-balance and fall over, the gyroscope corrects the path of the bike and props it back up. As a result, kids don't need training wheels to learn how to ride.
"It actually makes it easier to learn to ride a bike because this is actually how people ride and recover from falling," said Errik Anderson, a venture capital consultant who is helping the company.
The product will sell for around $39. GyroBike says it is also talking to the six largest manufacturers of kids' bikes.
Training wheels, according to Anderson, are unnatural. They prevent a bike from falling over, but don't teach kids about balance.
By contrast, the GyroBike wheel relies on natural physical forces. When a child leans to one side, the rotating flywheel causes the front wheel of the bike to turn into the direction of the fall. Ultimately, this corrects the imbalance by pushing the bike under the mass of the rider and causes the bike to recover.
The same thing occurs when someone who knows how to ride a bike tries to recover, and the faster the bike is traveling, the easier it is to recover. The difference with the GyroBike wheel is that it moves the handlebars for the rider; a person who knows how to ride a bike will move the handlebars on their own, Anderson said.
One of the main problems with learning how to ride a bike is that turning into the impending wipe out is counterintuitive. The gut reaction instead is to turn the handlebars into the opposite direction of the fall, ensuring a biff.
The idea for the GyroBike--invented by Hannah Murnen, Augusta Niles, Nathan Sigworth and Deborah Sperling--came out of a classroom engineering project. How a gyroscope can correct a fall was well-understood; the challenge was to design a gyroscope that would still compensate for sudden shifts in weight at slow speeds, Anderson said.
Anderson was touting the GyroBike Wednesday at the Cool Products Expo, a showcase of novel products put on by students in the graduate school of business at Stanford University. Other exhibitors included the