Please explain me how is the Cane Creek Angleset possible.
They say it is not headtube length dependent, which makes it sound like the bearings and cups have spherical contact surfaces, so the bearings float and self-align themselves.
But then they also have several different cups and give exact values for the offset angle for each cup. I can understand the need for different cups, as the bearing seats should be more nonconcentric for larger offset angles, but I can't understand how the offset angle could be the same for different headtube lengths. Shouldn't the angle be larger for shorter headtubes? Or are the differences so small that Cane Creek can specify the angle offset to the accuracy of 0.5 degrees with good conscience?
Or have I assumed the whole configuration wrong?
They say it is not headtube length dependent, which makes it sound like the bearings and cups have spherical contact surfaces, so the bearings float and self-align themselves.
But then they also have several different cups and give exact values for the offset angle for each cup. I can understand the need for different cups, as the bearing seats should be more nonconcentric for larger offset angles, but I can't understand how the offset angle could be the same for different headtube lengths. Shouldn't the angle be larger for shorter headtubes? Or are the differences so small that Cane Creek can specify the angle offset to the accuracy of 0.5 degrees with good conscience?
Or have I assumed the whole configuration wrong?