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Passo Fedaia: the climb, its Grand Tour history and records

Passo Fedaia: each side of the climb, every Grand Tour passage since 1996 and the records, each figure with the source it comes from.

The climb

Veneto, Italy

SideStartLengthElevation gainAverageMaxSummitHairpinsSource
Caprile / Malga CiapelaCaprile12.8 km1002 m7.8 %15.8 %2057 m—climbfinder.com
CanazeiCanazei10.8 km612 m5.7 %11 %2055 m7climbfinder.com

Each side from one source, linked. A dash: the sources we opened disagree or give no figure, so we leave it out.

In the Grand Tours since 1996 9

YearRaceStageTypeStage winner or first over the topSource
2022Giro d'Italia20Summit finishAlessandro Covicyclingnews.com
2021Giro d'Italia16Crossedcancelledsaronnonews.it
2011Giro d'Italia15CrossedStefano Garzelligiroditalia.it
2008Giro d'Italia15Summit finishEmanuele Sellacyclingnews.com
2006Giro d'Italia19CrossedFortunato Balianigiroditalia.it
2002Giro d'Italia16CrossedDaniele De Paoligiroditalia.it
2001Giro d'Italia13CrossedCarlos Alberto Contrerasgiroditalia.it
2000Giro d'Italia13CrossedFrancesco Casagrandegiroditalia.it
1998Giro d'Italia17CrossedJosé Jaime Gonzálezgiroditalia.it
1996Giro d'Italia20CrossedEnrico Zainagiroditalia.it

Records

RecordRiderTimeYearSource
Caprile / Malga Ciapela: fastest race ascent (watts2win segment 12.90 km, 7.42%, from Caprile)Joe Dombrowski0:42:232022watts2win.eu
Caprile / Malga Ciapela: fastest race ascent, final part (watts2win segment 5.54 km, 10.91%, from Malga Ciapela)Jai Hindley0:19:432022watts2win.eu

A time is listed only where the sources agree on it; where two sources give different times for the same ride, it is left out.

How long would it take you?

Your time up Passo Fedaia at a steady power, from a physics model.

Advanced: rolling resistance and drag

Estimate from a physics model (Martin et al. 1998), on the average gradient. Wind, surface, pacing and steep sections change the real time. More cycling tools

How this is calculated

P × 0.977 = ½ · ρ · CdA · v³ + v · m · g · (sin θ + Crr · cos θ), θ = arctan(average gradient), m = rider + bike, g = 9.81; solved for the speed v, time = length / v. Air density ρ: NASA GRC troposphere: T=15.04-0.00649*h; p=101.29*((T+273.1)/288.08)^5.256; rho=p/(0.2869*(T+273.1)); h = mean of start and summit altitude. Sources: Martin et al. 1998, J Appl Biomech 14(3):276-291 — https://collections.lib.utah.edu/ark:/87278/s6jd5f71; Defraeye et al. 2010, J Biomech 43(7):1262-1268 (upright position, cyclist+bike 0.270 m2) — https://lirias.kuleuven.be/retrieve/232736; NASA Glenn Research Center, Earth Atmosphere Model (metric) — https://www.grc.nasa.gov/www/k-12/airplane/atmosmet.html. Climb geometry: the side's source in the table above.

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