C
I thought this group might be interested in this article I just
wrote...
This article describes how to assemble an inexpensive, but very
accurate, wheel building stand for bicycles. The stand uses a dial
gauge indicator that is accurate to 1/1000th of an inch, but the
complete stand can be finished for about $100. The low price is
achieved by using inexpensive options for the primary parts: the
overall platform of the tool, the wheel holding mechanism, the dial
gauge, and the magnetic base for the gauge.
With some practice, you can build or adjust wheels to within +/- .005
inches, for both roundness and trueness. Wheels with this accuracy ride
nicely. With good wheel parts, and a little luck, you can create a
wheel that is +/- .002 inches, in both measurements. These finished
wheels are so straight that the rims look like a mirror when you spin
them. Because this tool is so inexpensive, I recommend it for use even
if you are only purchasing wheels. For example, a racing team might use
it to check that all wheels they buy are within +/- .004, and then
discard any used wheels that are worse than +/- .010 out of round or
true.
Full article, with parts list, photos, etc, is here:
http://www.chc-3.com/pub/wheel_stand.htm
Chuck Connell
wrote...
This article describes how to assemble an inexpensive, but very
accurate, wheel building stand for bicycles. The stand uses a dial
gauge indicator that is accurate to 1/1000th of an inch, but the
complete stand can be finished for about $100. The low price is
achieved by using inexpensive options for the primary parts: the
overall platform of the tool, the wheel holding mechanism, the dial
gauge, and the magnetic base for the gauge.
With some practice, you can build or adjust wheels to within +/- .005
inches, for both roundness and trueness. Wheels with this accuracy ride
nicely. With good wheel parts, and a little luck, you can create a
wheel that is +/- .002 inches, in both measurements. These finished
wheels are so straight that the rims look like a mirror when you spin
them. Because this tool is so inexpensive, I recommend it for use even
if you are only purchasing wheels. For example, a racing team might use
it to check that all wheels they buy are within +/- .004, and then
discard any used wheels that are worse than +/- .010 out of round or
true.
Full article, with parts list, photos, etc, is here:
http://www.chc-3.com/pub/wheel_stand.htm
Chuck Connell