Is a smart bikes built-in trainer mode sufficient for a smooth Zwift experience, or is it necessary to invest in a separate smart trainer to get the most out of the platform? Some smart bikes claim to offer seamless integration with Zwift, but there are concerns about the accuracy of power data and the bikes ability to simulate the resistance and feel of real-world riding.
Do the added features of a separate smart trainer, such as more precise power measurement and better road feel simulation, justify the extra cost for serious Zwift users, or are they simply a luxury for those who want the absolute best experience? On the other hand, are the benefits of a smart bikes built-in trainer mode, such as convenience and reduced clutter, enough to outweigh any potential drawbacks in terms of performance and accuracy?
Is it possible that the difference between a smart bikes built-in trainer mode and a separate smart trainer is negligible for casual Zwift users, and that the added cost of a separate trainer is only justified for serious enthusiasts and competitive riders? Or are there other factors at play that make one option more suitable than the other for different types of riders?
Do the added features of a separate smart trainer, such as more precise power measurement and better road feel simulation, justify the extra cost for serious Zwift users, or are they simply a luxury for those who want the absolute best experience? On the other hand, are the benefits of a smart bikes built-in trainer mode, such as convenience and reduced clutter, enough to outweigh any potential drawbacks in terms of performance and accuracy?
Is it possible that the difference between a smart bikes built-in trainer mode and a separate smart trainer is negligible for casual Zwift users, and that the added cost of a separate trainer is only justified for serious enthusiasts and competitive riders? Or are there other factors at play that make one option more suitable than the other for different types of riders?