fits model: Twin. make: Harley. year: 1936-90.

( Brand: Harley-davidson ), ( Manufacturer Part Number: 95960-52A ), ( Part Type: Clutch Hub Puller ), ( Material: Steel ), ( Vintage Part: Yes )
Experience effortless and efficient clutch removal with the Harley-Davidson 95960-52A AMF Big Twin Clutch Hub Puller, designed specifically for Harley-Davidson motorcycles from 1936 to 1990. This precision tool is an essential addition to any Harley-Davidson enthusiast's toolkit, making clutch hub removal a straightforward task, even for amateurs.
Crafted with robust materials and detailed engineering, the Harley-Davidson 95960-52A AMF Big Twin Clutch Hub Puller is designed to withstand the rigors of repeated use. The puller securely grips the clutch hub, ensuring a stable and safe removal process, thereby reducing the risk of damage to the clutch or the motorcycle's frame.
The puller's design is intuitive and easy to use, with clear instructions for installation and operation. It is compatible with a wide range of models, including FL, FLH, FLT, and FX models, making it a versatile tool for Harley-Davidson owners.
Investing in the Harley-Davidson 95960-52A AMF Big Twin Clutch Hub Puller not only simplifies clutch hub removal but also ensures a high-quality repair job, enhancing the overall performance and longevity of your Harley-Davidson motorcycle. Whether you're a seasoned mechanic or a passionate motorcycle owner, this puller is an indispensable tool for your workshop.
In summary, the Harley-Davidson 95960-52A AMF Big Twin Clutch Hub Puller offers a reliable and efficient solution for clutch hub removal on Harley-Davidson motorcycles from 1936 to 1990. Its robust construction, versatile compatibility, and easy-to-use design make it an invaluable tool for any Harley-Davidson enthusiast.
1. Designed Specifically for Harley-Davidson Big Twin Models: This tool is specifically engineered to work with Harley-Davidson models produced from 1936 to 1990, making it a valuable asset for owners of these vintage motorcycles.
2. Simplifies Clutch Removal: The clutch hub puller simplifies the process of removing the clutch, a task that can be quite challenging without the right tools.
3. Durable Construction: The tool is built to withstand the rigors of repeated use, ensuring it serves its purpose efficiently over an extended period.
4. Time-Saving: By making the clutch removal process easier, this tool can save you significant time, whether you're a home mechanic or a professional working on multiple bikes.
Cons:1. Limited Compatibility: Since it is designed for specific Harley-Davidson Big Twin models, it may not be useful for other motorcycle makes and models.
2. Cost: Compared to generic tools, this specialized puller may be more expensive. However, the price might be justified given its specific functionality for Harley-Davidson Big Twins.
3. Storage: As with any tool, proper storage is crucial to maintain its functionality. The size and shape of this tool may require specific storage considerations.
Conclusion:The Harley-Davidson 95960-52A AMF Big Twin Clutch Hub Puller is a valuable tool for owners of Harley-Davidson Big Twin models from 1936 to 1990. Its ability to simplify the clutch removal process, durability, and time-saving potential make it a worthwhile investment for those working on their own bikes or in a professional setting. However, potential buyers should consider its limited compatibility and cost before making a purchase.
Recommendation:If you own a Harley-Davidson Big Twin model from 1936 to 1990 and frequently work on the clutch, this tool could be a valuable addition to your mechanic's toolkit. It may not be necessary for those who rarely work on their bikes or own different types of motorcycles. Always ensure you have the right tools for the job to ensure safety and efficiency in your repairs.
Please see photos for best indication of condition. Missing one of the 5/16 bolts, which should be easy to replace. OEM Vintage Original Tool AMF Harley-Davidson Big Twin Clutch Hub Puller 1936-90 95960-52A, Used in excellent condition.