So you watched the other video about going out and riding with or racing faster athletes. Ā Now you want to figure out how to avoid getting dropped.
This athlete got popped on a 4 minute stair step climb, so I'll show you how to break down the w/kg AND discuss how taking surges into account is crucial, as w/kg rarely tell the whole story unless it's a TT effort away from a group on a flat course.
Some things to consider first, that will allow you to stick with the leaders for longer:
-Energy conservation: closing gaps efficiently, Not closing everything, NOT overextending yourself
-being smart: Rider who pulls on from and explodes every weekā¦get to the end first, because thatās going to be where it gets really spicy
-positioning: canāt outWATT bad positioning!
-nutrition for later surges (100g of carbs per hour)ā¦.
-recovered from previous efforts in the week
-repeatability and depth will continue to improve, also consider higher CTL if feasible and RESPONSIBLY GROW
so i looked into this climb more. I looked at your Ā competitor since she finished in the first group and I could get her power data.
the climb was two separate chunksā¦.
(This spans 270w to 380w for 69kg rider)
overall, there was ~ a 4m stretch at 4.3 w/kg (297W), but as we can see above, itās not constant power. Biggest surge at 460w
Athlete has done in lifetime:
1m40 @ 4.5 w/kgā¦mock race
4m @ 3.8w/kg, so youāre not matching the watts, but thatās because of the second surgeā¦.
1m40s @ 380W, which in past 3 years youāve done 322ā¦.
Need to do 4m @ 262, with surges well above, and she actually has done 260W at this duration (this race!)
holy cow you basically had 4m and 5m lifetime PRs, and blasted season PR #s across the board.
A quick hit and more a very short vo2 effort.Letās hit some short vo2 with a hard startā¦iāll cook something up.