Why Men’s Bicycles Have A Horizontal Crossbar And Women’s Usually Don’t

Simon Whistler, of Today I Found Out, explains why men’s bikes have a horizontal crossbar and women’s bikes typically do not.

It would seem that having a slanted crossbar like on women’s bikes would make much more sense for men’s bikes, decreasing the chance of racking the guy if he slips off the pedals or the like. However, there is actually a really good reason to have a horizontal crossbar on a bike; namely, the horizontal crossbar ends up adding quite a bit of strength to the frame of the bike. This was particularly important in some of the early bikes, which were often made of significantly weaker materials than modern day frames, occasionally even being made of wood.

The problem with this horizontal crossbar was that women all used to wear dresses. So when a woman wanted to get on a bike, she’d have to lift her leg over the bike frame’s crossbar, which was quite scandalous for the time as it often exposed quite a bit of leg and possibly some underwear under her dress. Thus, bike makers began making bike models just for women that slanted the top crossbar down so that the women could mount and dismount the bikes without lifting their legs very high. Modifying the crossbar like that significantly weakened the frames of the bicycles, but this was considered acceptable as it wasn’t very lady like for women to ride their bikes as roughly as some men anyways.

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The Backwards Brain Bicycle

A good demonstration of how we learn and unlearn tasks like riding a bicycle.

Enjoy!

Destin of Smarter Every Day fame has a challenge for your brain: a bicycle where the handlebars turn the front wheel in the opposite direction of a typical bike. For example, turning the handlebars left turns the wheel right and vice versa. He warns you it’s harder than it looks.

The hack that pulls this off is a simple one compared to bike hacks we’ve previously covered. Gears on the head tube make this possible. It was built by his welder friends who challenged him to ride it. He couldn’t at first; determined to overwrite his brain’s memory of bike riding, he practiced until he finally succeeded. It took him eight months. When it was time to ride an old-fashioned bike, it only took him about twenty minutes to “un-learn” the Backwards Brain Bike. Destin’s biking illustrates neuroplasticity, memory, and learning in a fun way (fun for us; no doubt frustrating for him).

As a testament to the sponge-like brains of youth, Destin’s son learned to ride the Backwards Brain Bike in only two weeks.

Source…

The Backwards Brain Bicycle

 

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