~ One that has the same tread width and diameter as stock - or 1/2 inch larger diameter (to match the odometer gearing) but not super duper off the deep end expensive...
I'm not the first one to explore this, and I need to get over the urge to re-invent what other people already know. But by using narrow sidewalls on taller rims (because rubber weighs more than alloy) and with different spoke or dish designs somewhere out there is the most efficient wheel and tire combination that a Festive or an Aspire can spin - one that takes less energy to rotate and change the speed of rotation. One that is the most responsive of all for road conditions and quick steering.
All based on overall lightness!
But there is no consolidated list that calls out the total weight of wheel and tire examples here...
(it would need to be the assembled weight of ONE tire and ONE rim, if you want to contribute a direct measure)
I'm not the first one to explore this, and I need to get over the urge to re-invent what other people already know. But by using narrow sidewalls on taller rims (because rubber weighs more than alloy) and with different spoke or dish designs somewhere out there is the most efficient wheel and tire combination that a Festive or an Aspire can spin - one that takes less energy to rotate and change the speed of rotation. One that is the most responsive of all for road conditions and quick steering.
All based on overall lightness!
But there is no consolidated list that calls out the total weight of wheel and tire examples here...
(it would need to be the assembled weight of ONE tire and ONE rim, if you want to contribute a direct measure)
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