Training to be a better climber



Back to the point what is the time penatly for any addition in weight when climbing?

As an example if you had 2 riders riding the same climb putting out roughly the same wattage but one of the riders weighed 5kg more than the other (all up with bike).
 
bomber said:
Back to the point what is the time penatly for any addition in weight when climbing?

As an example if you had 2 riders riding the same climb putting out roughly the same wattage but one of the riders weighed 5kg more than the other (all up with bike).
http://www.analyticcycling.com/ForcesSpeed_Page.html

Just add % gradient, power, weight, shake well, press "Run Model"... then, lather, rinse, change weight, repeat. Compare speeds vs. distance. Voila! ;)
 
Piotr said:
http://www.analyticcycling.com/ForcesSpeed_Page.html

Just add % gradient, power, weight, shake well, press "Run Model"... then, lather, rinse, change weight, repeat. Compare speeds vs. distance. Voila! ;)
And what you'll find is that on steep hills (>10%) the change in speed at a fixed power is almost directly proportional to the change in weight. For instance adding 10% to the rider/bike weight on a 15% climb slows the rider down by almost exactly 10%. On shallower hills aerodynamics become more important so you can't generalize to 2 or 3% climbs at higher speeds.
 
bomber said:
Back to the point what is the time penatly for any addition in weight when climbing?

As an example if you had 2 riders riding the same climb putting out roughly the same wattage but one of the riders weighed 5kg more than the other (all up with bike).

you guys, messing with this legit question…

answers simple, = significant
 

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