What are the advantages of using clipless pedals for time trials and triathlons in extreme weather conditions, and how do they compare to traditional pedals in terms of efficiency, safety, and performance? In particular, how do clipless pedals handle wet, icy, or muddy conditions, and what strategies can riders use to ensure a secure connection between the shoe and pedal in these situations?
Are there any specific design features or technologies that make some clipless pedals better suited for extreme weather conditions than others, and how do these features impact the overall performance and reliability of the pedal?
What are the key factors to consider when choosing clipless pedals for time trials and triathlons in extreme weather conditions, and how can riders balance the need for efficiency and performance with the need for safety and reliability?
How do the benefits of clipless pedals in extreme weather conditions, such as improved power transfer and reduced energy waste, outweigh the potential drawbacks, such as increased risk of crashes or mechanical failures?
What are the best practices for maintaining and preparing clipless pedals for use in extreme weather conditions, and how can riders ensure that their pedals are functioning properly and safely in these situations?
Are there any specific types of shoes or cleats that are better suited for use with clipless pedals in extreme weather conditions, and how do these shoes and cleats impact the overall performance and safety of the pedal?
Are there any specific design features or technologies that make some clipless pedals better suited for extreme weather conditions than others, and how do these features impact the overall performance and reliability of the pedal?
What are the key factors to consider when choosing clipless pedals for time trials and triathlons in extreme weather conditions, and how can riders balance the need for efficiency and performance with the need for safety and reliability?
How do the benefits of clipless pedals in extreme weather conditions, such as improved power transfer and reduced energy waste, outweigh the potential drawbacks, such as increased risk of crashes or mechanical failures?
What are the best practices for maintaining and preparing clipless pedals for use in extreme weather conditions, and how can riders ensure that their pedals are functioning properly and safely in these situations?
Are there any specific types of shoes or cleats that are better suited for use with clipless pedals in extreme weather conditions, and how do these shoes and cleats impact the overall performance and safety of the pedal?