Does the complexity of Multiple Bicycle Freewheel increase the difficulty of maintenance and adjustment, and how does this affect riding efficiency and speed?

The complexity of Multiple Bicycle Freewheel may indeed increase the difficulty of maintenance and adjustment, which may indirectly affect riding efficiency and speed. Here are some specific discussions on this issue:
Increased difficulty in maintenance and adjustment:
Increased number of parts: Compared with the traditional single flywheel, the multi-flywheel system contains more parts, such as multiple flywheels, chains, derailleurs, etc. These additional parts mean that more attention and delicate operations are required during maintenance and adjustment.
High adjustment precision requirements: In order to ensure the smooth operation of the multi-flywheel system, the coordination between the various parts needs to be very precise. This requires the rider or maintenance personnel to have higher skills and experience when adjusting, otherwise it may cause problems such as uneven shifting and chain falling off.
Maintenance frequency may increase: Due to the large number of parts and high precision requirements, the multi-flywheel system may require more frequent maintenance and inspection to ensure its normal operation. This increases the maintenance burden of the rider.
Impact on riding efficiency and speed:
Unsmooth speed change affects efficiency: If the maintenance and adjustment of the multi-flywheel system is not done properly, it may cause unsmooth speed change, and the rider may experience jamming or delay when changing gears, which will affect the smoothness and efficiency of riding. Failure leads to speed reduction: If the flywheel system fails, such as chain falling off, flywheel damage, etc., the rider may have to interrupt the ride for repair, which not only reduces the riding speed, but also may affect the overall riding experience. Psychological impact: The complex flywheel system may bring psychological pressure to the rider, worrying about failure during riding. This worry may affect the rider's mentality and performance, and indirectly affect the riding efficiency and speed. To mitigate these effects, riders can take the following measures:
Perform regular maintenance and inspection of the flywheel system to ensure that it is in good condition. Learn the correct flywheel adjustment and speed change techniques to improve the operating accuracy and efficiency. Choose a reliable quality and well-designed multi-flywheel system to reduce the possibility of failure. In summary, the complexity of the Multiple Bicycle Freewheel may indeed increase the difficulty of maintenance and adjustment, which may have a certain impact on riding efficiency and speed. But through reasonable maintenance and correct operation, these effects can be effectively controlled.