What are the key differences in chain stabilisation systems between modern rear derailleurs and their vintage counterparts, and how do these differences impact shifting performance and reliability, particularly in high-stress situations such as racing or long-distance touring?
Are the newer clutch-based systems, such as Shimanos Shadow Plus or SRAMs Type 3, truly more effective at maintaining chain tension and reducing derailleur bounce, or do they introduce new problems such as added friction or reduced adjustability?
How do the various chain stabilisation systems compare in terms of durability and maintenance requirements, and are there any situations in which a rider might prefer a non-clutch system for its simplicity and low weight?
What role do other components, such as the chain itself, the cassette, and the derailleur hanger, play in the overall effectiveness of a rear derailleurs chain stabilisation system, and how can riders optimise these components to get the best possible shifting performance?
Are the newer clutch-based systems, such as Shimanos Shadow Plus or SRAMs Type 3, truly more effective at maintaining chain tension and reducing derailleur bounce, or do they introduce new problems such as added friction or reduced adjustability?
How do the various chain stabilisation systems compare in terms of durability and maintenance requirements, and are there any situations in which a rider might prefer a non-clutch system for its simplicity and low weight?
What role do other components, such as the chain itself, the cassette, and the derailleur hanger, play in the overall effectiveness of a rear derailleurs chain stabilisation system, and how can riders optimise these components to get the best possible shifting performance?