Now i am getting ideas for next years chainless. Most canoes are tandem correct?Nothing wins downhill quite like a slippery upside-down canoe.
Now i am getting ideas for next years chainless. Most canoes are tandem correct?Nothing wins downhill quite like a slippery upside-down canoe.
Scary high in more ways than one! I'd feel better with a low center of gravity stance!A friend did it on a pennyfarthing a few yers back... no chain! Of course he wasn't the most competitive, but this is a fun event as opposed to serious competition, I am just going for glory
5 days!How much time is left?
Pretty much have accepted defeat, and I am okay with that
As a long-time gravity racer, I've found that off of a standing start, and on hills with minor grades (4-5%), the lighter vehicles tend to roll out better/faster. Where the weight really makes the difference is on steeper grades, and when speeds get higher. Around 35-45 mph (airspeed) seems to be the point when aerodynamics (or lack thereof) really starts making a difference, and the higher the weight, the higher the terminal velocity for a given grade is going to be. Basically, the weight just moves the threshold up finding the point when the frictional forces find equilibrium with the effect of gravity on the vehicle/rider.I want to be able to add weight, so I found a hardened steel through axle for a DH bike and attached weights to the BB. Was able to get 30lbs on there. Took it out for a couple quick test runs.
Wondering if the headwind is making a difference in speeds as with the weight I was slower than without. Must do more tests!
I really want to get a fairing made, without doing that I cant call this build complete.
As a long-time gravity racer, I've found that off of a standing start, and on hills with minor grades (4-5%), the lighter vehicles tend to roll out better/faster. Where the weight really makes the difference is on steeper grades, and when speeds get higher. Around 35-45 mph (airspeed) seems to be the point when aerodynamics (or lack thereof) really starts making a difference, and the higher the weight, the higher the terminal velocity for a given grade is going to be. Basically, the weight just moves the threshold up finding the point when the frictional forces find equilibrium with the effect of gravity on the vehicle/rider.
Our mantra was, "Weight is nature's turbocharger." It doesn't necessarily get you out of the hole any faster, but on the top end, once you're "on boost", it can make quite a difference.
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