What are the optimal chain lube viscosity and application frequencies for track cycling, considering factors such as temperature, humidity, and rider power output, to achieve the perfect balance between friction reduction and contamination protection?
Does the type of track surface, whether its a wooden or concrete velodrome, also play a significant role in determining the most effective lube strategy? Are there any specific lube products or brands that have been shown to outperform others in high-intensity, high-cadence track cycling applications?
Furthermore, how do professional track cyclists typically approach chain maintenance and lube selection, and are there any valuable insights or techniques that can be gleaned from their experiences? Are there any new or emerging technologies in chain lube development that hold promise for further improving efficiency and performance in track cycling?
Does the type of track surface, whether its a wooden or concrete velodrome, also play a significant role in determining the most effective lube strategy? Are there any specific lube products or brands that have been shown to outperform others in high-intensity, high-cadence track cycling applications?
Furthermore, how do professional track cyclists typically approach chain maintenance and lube selection, and are there any valuable insights or techniques that can be gleaned from their experiences? Are there any new or emerging technologies in chain lube development that hold promise for further improving efficiency and performance in track cycling?