jay clock
Massive member
- Location
- Hampshire UK
MONSTER!
CongratulationsRide done. That was absolutely brutal 😵
Never doing that again.
https://www.strava.com/activities/3655394626
The general idea for quick everesting is steeper the better (so as to minimise wind resistance on the ascent). However, there is a balance as the steepest hills tend to be the shortest and you lose a lot of time braking to turn on the descent.Well done indeed (lighter wheels or not).
Is there some physiological work that looks at the balance between a shorter climb but a shorter recovery versus longer climb and longer recovery? A simple example is a mile, say @ 8% gives 128m so 70 times. 5mph up ('normal' human not @Marchaugh ) requires 312W on an ascent taking 12 minutes (assumes no following wind on climb), a mile down (<2 minutes) and allow one minute per climb/descent for turnaround, bottle change etc so 4 per hour and 70 reps needed: a long (summer's) day (140 miles / 224km).
Would a long climb (such as Kirkstone) be physiologically better? Of course it will be down to the individual's strengths (recovery speed?), but there must be some known trade-offs.
A strong, steady following wind uphill must be an added bonus.
or a bungee rope fastened at the top.A funicular would be nice too...
You can google the details, but some semi-pro has just done the "Flattest Everest" - in Holland! he used a tiny hill, hundreds of reps, many km ridden.The general idea for quick everesting is steeper the better (so as to minimise wind resistance on the ascent). However, there is a balance as the steepest hills tend to be the shortest and you lose a lot of time braking to turn on the descent.
In the UK most of the really quick everests seem to be on 10% for a mile type hills, rather than 6% for three miles type hills. But also nobody everests the 15% for 400m type hills either as the turnaround is the problem
Ebike!or a bungee rope fastened at the top.