Whats the actual tangible benefit of tubeless tires when theyre so finicky and sensitive to setup and pressure, and a proper tubeless system is so expensive, when compared to the reliability and simplicity of traditional inner tubes?
Everyone claims tubeless is the future and that its a requirement for high-performance riding, but what exactly are the performance benefits, aside from the anecdotal I can ride 5psi lower and feel the road better? Can someone provide actual, verifiable data on the performance gains of tubeless systems, or is this just a case of the emperors new clothes?
Not to mention the advantage of being able to continue riding after a puncture - is this really a common occurrence in the real world, or is this just a talking point for marketing teams to push the tubeless agenda?
In the real world, the majority of riders dont have the luxury of being able to stop and re-inflate their tires mid-ride, so whats the point of running tubeless if you cant actually take advantage of the one supposed benefit?
Ive seen plenty of manufacturers touting their tubeless wheels and tires as being more efficient, but what does that even mean in real-world terms? Are we talking about actual, measurable differences in power output or endurance, or is this just some vague marketing-speak to justify the cost of tubeless wheels and tires?
It seems like the whole tubeless thing is just a solution in search of a problem - anyone can put air in a tire and ride, its not rocket science, so whats the benefit of complicating the process with tubeless?
Everyone claims tubeless is the future and that its a requirement for high-performance riding, but what exactly are the performance benefits, aside from the anecdotal I can ride 5psi lower and feel the road better? Can someone provide actual, verifiable data on the performance gains of tubeless systems, or is this just a case of the emperors new clothes?
Not to mention the advantage of being able to continue riding after a puncture - is this really a common occurrence in the real world, or is this just a talking point for marketing teams to push the tubeless agenda?
In the real world, the majority of riders dont have the luxury of being able to stop and re-inflate their tires mid-ride, so whats the point of running tubeless if you cant actually take advantage of the one supposed benefit?
Ive seen plenty of manufacturers touting their tubeless wheels and tires as being more efficient, but what does that even mean in real-world terms? Are we talking about actual, measurable differences in power output or endurance, or is this just some vague marketing-speak to justify the cost of tubeless wheels and tires?
It seems like the whole tubeless thing is just a solution in search of a problem - anyone can put air in a tire and ride, its not rocket science, so whats the benefit of complicating the process with tubeless?