Discussion Overview
The discussion revolves around the potential use of one way bearings as a replacement for freewheel hubs in bicycles to eliminate the clicking noise associated with traditional gear mechanisms. Participants explore various options, including the mechanics of fixie bicycles, alternative silent ratchet designs, and specific types of clutches.
Discussion Character
- Exploratory
- Technical explanation
- Debate/contested
Main Points Raised
- Some participants express a desire to eliminate the clicking noise produced by freewheel hubs and inquire if one way bearings could provide a quieter alternative.
- Others suggest that switching to a fixie bicycle, which has a direct connection between pedals and wheels, would eliminate the clicking sound, but some participants share negative experiences with fixies, particularly regarding braking issues.
- Several participants propose various mechanical solutions for creating a silent one way ratchet, including using higher gears, thicker lubricants, and specific clutch designs like cam-based toothless ratchets or spring-loaded overrunning roller clutches.
- One participant mentions the possibility of obtaining roller clutches from starter motors, suggesting a practical source for parts.
- There are discussions about different types of one way clutches, such as Trapped Roller Clutches and Sprag Clutches, with links to external resources for further information.
- A participant humorously mentions earplugs as a solution to the clicking noise.
- Another participant expresses interest in a product called "Stealth Hub" as a potential solution, while also noting concerns about cost.
- One participant cautions that while one way bearings could work, they may require careful selection and adaptation to avoid issues like slippage and friction.
Areas of Agreement / Disagreement
Participants do not reach a consensus on the best solution to the clicking noise issue, with multiple competing views on the effectiveness of one way bearings, fixies, and various clutch designs remaining unresolved.
Contextual Notes
Participants discuss the need for proper selection of components to avoid slippage and friction, indicating that the effectiveness of proposed solutions may depend on specific conditions and configurations.