Just to clarify, that is the draft benefit to wind resistance, not the difference in power you would need to produce correct? Otherwise if someone on the front is doing 500W you would only need to do 5% of that, or 25W on the back which does not make sense.
Edit: I mean this focuses on wind resistance, not the whole picture.
Hello
I find your presentation perfect so I subscribed to Sauce
I would like to do the same but I canāt find a way to make this beautiful left column. Is there a tutorial to help me? How do I already put needles on the gauge and not the Sauce bottles? Thanks for the help even if itās off topic
Yeah, the draft percentage makes a lot more sense than the vague watt savings. Iād assume the percentage stays consistent regardless of gradient, which is what makes watt-based draft savings pretty useless.
I think youāre actually right, but thatās the issueāit works both ways (actually it doesnāt :). On a downhill, it overestimates watt savings, but even on a slight uphill, it underestimates. A draft percentage would be a much better approach.