Does the addition of tire sealant, which can alter the internal friction and dynamics of the tire, inevitably compromise traction and control, particularly in high-speed cornering and braking scenarios, or are the benefits of puncture resistance and reduced maintenance sufficient to outweigh any potential drawbacks?
Its often claimed that tire sealant has little to no impact on tire performance, but Im not convinced. Tire sealant can affect the way the tire carcass flexes and responds to road inputs, potentially altering the delicate balance of traction and slip angles. Furthermore, the added viscosity and mass of the sealant may influence the tires ability to maintain contact patch integrity, especially when subjected to high-G forces.
Even if sealant-induced losses in traction are minor, they could have significant implications for riders who frequently push the limits of their tires. In competitive cycling, where fractions of a second can mean the difference between victory and defeat, any diminution in tire performance could be critical.
Given the widespread adoption of tire sealant, Im surprised there isnt more scrutiny surrounding its impact on tire dynamics. Has anyone conducted rigorous testing to quantify the effects of sealant on tire performance, or are we relying on anecdotal evidence and manufacturer claims? Are there specific types of sealant or tire constructions that minimize performance losses, or are we forced to accept a trade-off between puncture resistance and optimal traction?
Its often claimed that tire sealant has little to no impact on tire performance, but Im not convinced. Tire sealant can affect the way the tire carcass flexes and responds to road inputs, potentially altering the delicate balance of traction and slip angles. Furthermore, the added viscosity and mass of the sealant may influence the tires ability to maintain contact patch integrity, especially when subjected to high-G forces.
Even if sealant-induced losses in traction are minor, they could have significant implications for riders who frequently push the limits of their tires. In competitive cycling, where fractions of a second can mean the difference between victory and defeat, any diminution in tire performance could be critical.
Given the widespread adoption of tire sealant, Im surprised there isnt more scrutiny surrounding its impact on tire dynamics. Has anyone conducted rigorous testing to quantify the effects of sealant on tire performance, or are we relying on anecdotal evidence and manufacturer claims? Are there specific types of sealant or tire constructions that minimize performance losses, or are we forced to accept a trade-off between puncture resistance and optimal traction?