What are the most effective ways to incorporate smart trainers into a structured training plan, and how can riders balance the benefits of data-driven workouts with the risk of overreliance on technology and potential burnout from too much indoor riding? Are there any specific strategies for using smart trainers to target specific physiological adaptations, such as increasing anaerobic capacity or boosting lactate threshold, and how do these strategies compare to traditional training methods?
Should riders prioritize ERG mode, which allows for precise control over power output, or simulate mode, which mimics the feel of outdoor riding, and are there any situations in which one mode is clearly superior to the other? How can riders use smart trainers to improve their pedaling technique, and are there any specific drills or exercises that can be done on a smart trainer to target this aspect of their riding?
Are there any potential drawbacks to using smart trainers as a primary training tool, such as decreased bike handling skills or reduced mental toughness, and if so, how can riders mitigate these risks and ensure that their indoor training translates to outdoor performance?
Should riders prioritize ERG mode, which allows for precise control over power output, or simulate mode, which mimics the feel of outdoor riding, and are there any situations in which one mode is clearly superior to the other? How can riders use smart trainers to improve their pedaling technique, and are there any specific drills or exercises that can be done on a smart trainer to target this aspect of their riding?
Are there any potential drawbacks to using smart trainers as a primary training tool, such as decreased bike handling skills or reduced mental toughness, and if so, how can riders mitigate these risks and ensure that their indoor training translates to outdoor performance?