Whats the point of Zwifts virtual power if its not calibrated to real-world watts? Ive seen guys crushing it on Zwift, putting out 400 watts, but I highly doubt they could sustain that in real life. Meanwhile, Im over here struggling to hit 250 watts on my trusty ol trainer, and Zwift is telling me Im only putting out 180 virtual watts. Its like, whats the benchmark here? Are we just making up numbers for the sake of making up numbers?
And dont even get me started on the whole Zwift watts are different from real watts argument. If thats the case, then whats the point of even calling it power in the first place? Its like saying a virtual cookie is somehow fundamentally different from a real cookie just because its digital. Newsflash: a cookie is a cookie, and watts are watts.
So, Im calling on all you Zwift aficionados out there: how do you actually use virtual power in a way thats meaningful and accurate? Are you just winging it and hoping for the best, or is there some secret sauce Im missing? And more importantly, can we please just get some standardization going on here? Its getting ridiculous.
And dont even get me started on the whole Zwift watts are different from real watts argument. If thats the case, then whats the point of even calling it power in the first place? Its like saying a virtual cookie is somehow fundamentally different from a real cookie just because its digital. Newsflash: a cookie is a cookie, and watts are watts.
So, Im calling on all you Zwift aficionados out there: how do you actually use virtual power in a way thats meaningful and accurate? Are you just winging it and hoping for the best, or is there some secret sauce Im missing? And more importantly, can we please just get some standardization going on here? Its getting ridiculous.