Whats the real difference between a handlebar designed for a 1 1/8 head tube and one designed for a 1 1/4 head tube, and cant manufacturers just make a single, universal handlebar that works for both sizes? It seems like the added complexity of multiple sizes only serves to confuse consumers and drive up production costs.
Furthermore, why do some manufacturers claim that using the wrong size handlebar can lead to reduced steering precision and increased risk of the handlebar coming loose, while others claim that its no big deal and that the differences between sizes are negligible? Cant we get a straight answer on this issue?
And what about the overlap between different head tube sizes - cant a 1 1/8 handlebar be used on a 1 1/4 head tube with an adapter, or vice versa? If so, why not just make all handlebars with adapters to fit any size head tube? Wouldnt that simplify things for consumers and manufacturers alike?
Moreover, Ive seen some manufacturers using different materials and designs for their handlebars based on the head tube size. Can someone explain why a handlebar for a 1 1/8 head tube needs to be made with a different type of alloy or carbon fiber than one for a 1 1/4 head tube? Is it really necessary, or is it just a marketing gimmick?
Lastly, whats the point of having such strict tolerances for handlebar and head tube sizes if its not going to make a significant difference in the performance or safety of the bike? Is it just an excuse for manufacturers to charge more for their products, or is there a real, quantifiable benefit to using a handlebar thats specifically designed for your bikes head tube size?
Furthermore, why do some manufacturers claim that using the wrong size handlebar can lead to reduced steering precision and increased risk of the handlebar coming loose, while others claim that its no big deal and that the differences between sizes are negligible? Cant we get a straight answer on this issue?
And what about the overlap between different head tube sizes - cant a 1 1/8 handlebar be used on a 1 1/4 head tube with an adapter, or vice versa? If so, why not just make all handlebars with adapters to fit any size head tube? Wouldnt that simplify things for consumers and manufacturers alike?
Moreover, Ive seen some manufacturers using different materials and designs for their handlebars based on the head tube size. Can someone explain why a handlebar for a 1 1/8 head tube needs to be made with a different type of alloy or carbon fiber than one for a 1 1/4 head tube? Is it really necessary, or is it just a marketing gimmick?
Lastly, whats the point of having such strict tolerances for handlebar and head tube sizes if its not going to make a significant difference in the performance or safety of the bike? Is it just an excuse for manufacturers to charge more for their products, or is there a real, quantifiable benefit to using a handlebar thats specifically designed for your bikes head tube size?