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Request EDIT access in TOP LEFT
Validations
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cCP climb Critical Power // How to Pace Climbs
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single hill climb event
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climb during short ride
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>> Estimate the critical power needed for a stand alone climb or short or long days with multi-hill climbs (including VAM) <<
climb during long ride
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watts
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ESSENTIAL INPUT DATA
speed
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metric (kgs / km)
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Do you want to work in metric or imperial?
metric (kgs / km)1
imperial (miles/lbs)
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Clarify what units you want to work in
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Stand Alone Climb or Climb during event (SELECT>>)
climb during short ride
Short ride (<2 hrs) with a few climbs
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Select one of three types of climb
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not needed10
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277
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Enter your current weight in Kg
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kgs bike weighs >
8kgs
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This is your weight on day of climb
This is your bike weight
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Your current FTP (best 60min power in watts)
350watts1
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If you don't know your FTP use 180 for beginner 220 for improver and 260 for regular
4.5w/kg over 60mins
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Recommended pacing entire event (watts)236.3 over 10 hrs
Ride at this % of FTP =0.68
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ABOUT THE HILL CLIMB
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lets call this a........
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Enter length of climb (Km)
3.782KmFairly short hill
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involving a.....
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Enter ave gradient% (minus for descent)
5%Hard Slope
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Climb Elevation must be about 189.1 m
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2nd round climb watt
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CLIMB PACING PROJECTION
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Sustainable (critical) power PURELY on this ONE climb
426
<< watts if you went flat out just for this climb and ended exhausted!
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cCP climb Critical power
383
<< Our Recommendation, unrestricted by critical power model
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Intensity factor (% eventFTP) on ascent = 1.1
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5w/kg
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SHOULD YOU WORRY ABOUT ...................... WEIGHT (green) OR AERO (red) or CRR (yellow)?
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Gravity% (80.4)80.4
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<< Gravity is dominant, but aero is still present
Aero% (13.2)13.2
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#REF!ride duration corrCRR% (6.4)6.4
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corrected cVAM will be about 1184.9
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old school VAM will be 1259
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VAM = (Velocità Ascensionale Media)
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CLIMB SPEED PREDICTION
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Estimated Climb Duration (approx) 0 hrs 09 mins 34 secs
climb in mins | secs (without fast lead-in)
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23.25 climb speed in Kph0 hrs 09 mins 35 secs
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Saving on climb over even pace = 0 hrs 00 mins 48 secs
<< est saving in mins over a variability index 1.0
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