Mom's Choice Sato Racing Reversible Shift Arm For Ducati - Hot Selling [kOUj2mvA]

Mom's Choice Sato Racing Reversible Shift Arm For Ducati - Hot Selling [kOUj2mvA]

The Sato Racing Reversible Shift Arm is a game-changer for Ducati enthusiasts seeking to enhance their motorcycle's performance and aesthetics. This innovative shift arm offers unparalleled versatility, fitting most recent Ducati models with precision. With its reversible design and four mounting positions, it caters to both standard and reverse (GP style) shift pattern setups, ensuring a perfect fit for your specific needs.

Key Features and Specifications

Crafted from high-quality anodized billet aluminum, the Sato Racing Shift Arm is available in Black, Silver, or Gold finishes, allowing you to personalize your Ducati to match your style. Its robust construction guarantees durability and reliability, even under the most demanding riding conditions. This shift arm is fully compatible with both SATO RACING Rear Sets and the stock Ducati rear sets, providing you with flexibility and convenience.

Benefits and Practical Uses

The Sato Racing Reversible Shift Arm is not just a stylish addition to your Ducati; it's a practical solution for riders looking to improve their shifting experience. Here are some of the benefits it offers:

• Customization: Choose from three sleek finishes to match your motorcycle's aesthetics.
• Compatibility: Works with both standard and reverse shift patterns, ensuring a seamless fit for your setup.
• Reliability: Constructed from durable materials, this shift arm is built to last.
• Functionality: The reversible design allows for four mounting positions, providing maximum flexibility.

While the optional Sato Rod End is necessary for the mount position closest to the spindle, it's a small addition for the ultimate performance and customization experience. Additionally, it's important to note that some Ducati models, such as later Multistrada and Hypermotard, may not be compatible with the reverse shift pattern due to stock linkage design and interference issues.