Given 17th century clocks and carts, did the technology exist for bicycles in the 1600s? How could that have changed history?
Yeah it's the solid wheels thing.
Carts at least had some ability to spread a bit and they were still quite bumpy.
Could hydraulics be a thing without rubber?[/QUOT
Hydraulics are unlikely because you cannot get the seal tight enough would rubber unless you can machine parts with extremely high precision (again really hard in the 17th century). Possibly something with springs but unlikely to work well and again hard to machine with precision. People often fail to recognize just how critical rubber is to the modern world.
The seals was why I asked. Just in case there was a way to replicate them without rubber.Hydraulics are unlikely because you cannot get the seal tight enough would rubber unless you can machine parts with extremely high precision (again really hard in the 17th century). Possibly something with springs but unlikely to work well and again hard to machine with precision. People often fail to recognize just how critical rubber is to the modern world.
The seals was why I asked. Just in case there was a way to replicate them without rubber.
But I think one of the biggest issues is still the horse. Until mass manufacturing, a complicated machine like a bicycle will still be comparable in price to a horse, and has no real advantage to a horse.
Apparently the Mesoamericans have been stabilizing rubber since at least 1600 BC. Perhaps in a TL where many more crops are domesticated in the Americas leading to a much more widespread inflorescence of civilization across North America (such as the one that @metalinvader665 suggested where wild rice was the foundation of an agricultural package and this led to the domestication of moose and other cervids) the fact of not having a transport animal comparable to the horse combined with rubber and some integrating developments in metallurgy could lead to a bicycle invention by one of the New World's civilizations. Maybe the need to make parts for the new invention could even lead to an industrialization.
I find this unlikely. First, you need vulcanized rubber which requires some degree of chemical knowledge (heating rubber in the presence of sulfur). The deeper issue is that the lack of draft animals meant that wheels were never particularly useful in Meso-America. In other words, they did not have the concept of a wheel as a way to gain mechanical advantage. Therefore, the idea that they would suddenly invent this wheeled device to get around (in addition to vulcanizing rubber, machining parts etc) seems implausible without some type of ASB change.
Bicycle cavalry isn't a terrible idea if you're only using it for scouting and "mounted" infantry/dragoons. Charges are completely out of the questionDuring the Victorian period there was talk of making a bicycle cavalry - but it ended there with just the talk about it.
The bike was only used in both world wars as a messenger service.
As for making a battlefield cavalry charge... there would several results:
1. utter laughter by the enemy.
2. a total disaster by the bike cavalry - expect the death of the whole unit.
3. a success - expect military tech to change
4. all of the above.
Bicycle cavalry isn't a terrible idea if you're only using it for scouting and "mounted" infantry/dragoons. Charges are completely out of the question
Do you have a link to anything more on this? "Bike cavalry" is such a bizarre idea and I love it.During the Victorian period there was talk of making a bicycle cavalry - but it ended there with just the talk about it.
The bike was only used in both world wars as a messenger service.
As for making a battlefield cavalry charge... there would several results:
1. utter laughter by the enemy.
2. a total disaster by the bike cavalry - expect the death of the whole unit.
3. a success - expect military tech to change
4. all of the above.
You also need a fairly lightweight wheel to be able to get started easily under human power. So you need reasonsbly lightweight forms of steel, the idea of building a tangent-spoked wheel (allowing for much smaller spokes), and pneumatic tires (again rubber is the issue here but just one of the issues).
But I think one of the biggest issues is still the horse. Until mass manufacturing, a complicated machine like a bicycle will still be comparable in price to a horse, and has no real advantage to a horse.