What is the optimal balance between precision and durability when it comes to rear derailleur design, and do modern rear derailleurs prioritize one over the other to achieve seamless shifting?
Does the increased precision and accuracy of modern rear derailleurs come at the cost of reduced durability and longevity, or have advancements in materials and engineering allowed for the creation of derailleurs that excel in both areas?
Are there any specific design features or technologies that are particularly effective in achieving seamless shifting, and are they worth the potential trade-offs in terms of durability and maintenance requirements?
Furthermore, how do different riding styles and conditions (e.g. road vs. mountain, racing vs. touring) influence the importance of precision versus durability in rear derailleur design, and are there certain types of riding where one is more critical than the other?
Does the increased precision and accuracy of modern rear derailleurs come at the cost of reduced durability and longevity, or have advancements in materials and engineering allowed for the creation of derailleurs that excel in both areas?
Are there any specific design features or technologies that are particularly effective in achieving seamless shifting, and are they worth the potential trade-offs in terms of durability and maintenance requirements?
Furthermore, how do different riding styles and conditions (e.g. road vs. mountain, racing vs. touring) influence the importance of precision versus durability in rear derailleur design, and are there certain types of riding where one is more critical than the other?