When considering the impact of bar width on handling and control, its often discussed in terms of rider comfort and aerodynamics, but what about the effect on bike stability and responsiveness? Specifically, how does the relationship between bar width and the riders shoulder width influence the bikes ability to track a straight line and maintain stability at high speeds?
Assuming a rider with a relatively narrow shoulder width, would a narrower bar width (e.g., 38-40cm) provide more responsive handling and better stability due to the reduced leverage, or would it actually increase the likelihood of the bike being blown off course by crosswinds or other external factors? Conversely, would a wider bar width (e.g., 42-44cm) provide more stability due to the increased leverage, but at the cost of reduced responsiveness and increased fatigue?
Furthermore, how do these dynamics change when considering different types of road riding, such as criteriums, time trials, or long-distance endurance events? Are there any specific scenarios where a particular bar width is more beneficial than others, and what are the key factors that influence this decision?
Assuming a rider with a relatively narrow shoulder width, would a narrower bar width (e.g., 38-40cm) provide more responsive handling and better stability due to the reduced leverage, or would it actually increase the likelihood of the bike being blown off course by crosswinds or other external factors? Conversely, would a wider bar width (e.g., 42-44cm) provide more stability due to the increased leverage, but at the cost of reduced responsiveness and increased fatigue?
Furthermore, how do these dynamics change when considering different types of road riding, such as criteriums, time trials, or long-distance endurance events? Are there any specific scenarios where a particular bar width is more beneficial than others, and what are the key factors that influence this decision?