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4 comments
I just packed my bikes into the car, threw the kids into the boot, and then went for a shower. By the time I got back the kids never wanted to ride a bike ever again. Sorted!
I used to work in development testing for gyroscopes used in aviation for a living and some of that mud clearly stuck regarding the stuff on gyroscopic precession.
Personally, I think stabilisers should be banned. They hinder kids from learning to ride a bike rather than helping and I've seen quite a few accidents when kids have cornered too fast and toppled over. I remembered from when my dad taught me and knew this was what not to do so instead I made a point of taking my kids to a smooth surface rather than the bumpy field where I learned and I also didn't hold onto the saddle or handlebars (as he'd done), as this also slows down the learning process. Supporting my boys under the arm allowed them to balance and steer themselves and they learned much faster than I did.
yeah, that's what I thought too.
I think the bars are just turned round, like you say.
I've just (really just, like this week) taught my daughter Daisy to ride, she's 4 and a bit and never really took to balance bikes. She loved her scooter though and that seems to have done the trick with the balancing. A couple of false starts and she was off: there's no stopping her now.
What they probably mean is that its torque vector moves into its spin vector, causing gyroscopic precession.
The front forks look like they're on back to front, though maybe the bars are simply turned more than usual.
To be honest, teaching kids to ride a push-along bike does the trick. I taught my sons to ride a bike with one of those and when they moved up to pedals, it didn't take long. The eldest took 200m and the youngest just 100m as he'd watched his brother. I also taught one of their mates when he wanted to learn on their bike as he had a push-along too.