Hi All,
I finally took my new bike out for a ride. I'd been saving it as a
combo birthday present to myself, and reward for reaching a certain
goal in my weigh-loss plan.
It is a bit bigger than my old bike, mostly so I can have the bars a
bit higher without resorting to extreme measures. I set up the bike
with the bars 1cm higher and 1cm farther than my old bike. Seat
relative to bb is the same. The wheels are the same, I just swapped
them over. The geometry is the same, except for a slightly longer top
tube and head-tube.
Somehow the new bike is so much better than the old one that I can't
belive it. It absolutely blew me away on the ride today. I was carving
into corners, and sprinting out of them, and just flying. Over bumpy
pavement, I just floated over like it was nothing. My old bike was
much more jarring on the same sections, and didn't urge me to wail
through turns.
So why is this bike SOOOOO much better? It is almost 3kg lighter,
which might make a difference in the sprung to unsprung ratio over
bumps, but what about cornering? The new bike is super stiff (I would
be hard pressed to find a stiffer frame). Could the stiffness of the
frame be keeping things more precise in turns? It is made from
Magnesium, which I have read has absorbtion properties that make it
good for bikes, but I always assumed that was just BS. Pinarello also
uses swoopy double curved forks and seat stays which according to
their marketing pitch help the ride, but I also figured this was BS.
Could all that actually have a hint of truth to it?
But there must be some explanation beyond placebo. Could the stiffness
really make that much difference?
Joseph