brokenbetty
Über Member
I just came across a really interesting article on the issues of road/touring bike geometry for the short of arse, in particular where manufacturers typically make compromises to allow standardisation of components like cranks and wheels
http://www.myra-simon.com/bike/petitest.html
It's from 1994 but I was looking for my first road bike earlier this year, trying 47cm frames, and the problems don't seem to have changed. I assumed the problems I found on test rides were just unfamiliarity with a road position but now I wonder how much is just from trying to use components designed for a group that starts off 9" taller than me and goes up from there.
This in particular describes exactly a problem I found
and
Liz (5' 1")
http://www.myra-simon.com/bike/petitest.html
It's from 1994 but I was looking for my first road bike earlier this year, trying 47cm frames, and the problems don't seem to have changed. I assumed the problems I found on test rides were just unfamiliarity with a road position but now I wonder how much is just from trying to use components designed for a group that starts off 9" taller than me and goes up from there.
This in particular describes exactly a problem I found
A 77° seat angle brings the saddle about 3cm closer to the handlebars compared to 74°. This would be all very well on a small racing bike, since it brings the rider's weight further forward of the pedals in a manner which helps the rider press harder upon them. But our Alice does not want to pedal harder - after all she is supposed to be touring - and finds to her discomfort that relaxing her pedalling effort now requires a greater proportion of her weight to be supported by hands and arms.
The article notes that small women often sit back on the saddle to shift their weight back - I certainly do this, as well as have my saddle adjusted as far back as I can in the first place.
and
Small people have small hands and many women can only reach standard issue brake levers with their fingertips. Modern drop handlebar levers are generally closer to the bar than old designs, but this is still not enough for some who must search for special short-reach levers. ATB levers often have reach adjustment screws which stop the lever springing back so far when released and an ingenious person can always find some way of similarly reducing the motion of any other design of lever. A wedge or screw etc can be glued rivetted or screwed to the top of the lever so as to come up against the lever hood at a point when the lever is still a little way from its intended return position - or you can simply bend it a bit. It's obvious, however, that if you reduce the amount of available lever motion then the blocks don't move as far either - so small handed people are forced to keep their brakes adjusted closer to the rim.
Is anyone else reading the above with a strong sense of recognition?
Liz (5' 1")