ICSHG509325
Experience smooth and reliable shifting performance with the Shimano Sora CS-HG50-9 9-speed cassette, designed for sports and fitness cyclists seeking both style and functionality.
Durable Construction
Built to withstand the demands of rigorous cycling, the Sora cassette features a robust design that ensures long-lasting durability, allowing you to tackle any terrain with confidence.
Smooth Shifting
With technology adopted from higher-level groupsets, the Sora cassette delivers smooth and precise shifting performance, enabling effortless gear changes whether you're climbing hills or sprinting on the flats.
Stylish Design
The Sora cassette boasts a stylish and clean design that adds a touch of sophistication to your bike, enhancing its overall aesthetic appeal while reflecting your cycling passion.
Versatile Compatibility
Compatible with 9-speed drivetrains, the Sora cassette offers versatility for a wide range of riding styles and preferences, making it suitable for both new starters and experienced enthusiasts alike.
Optimal Performance
Whether you're embarking on long endurance rides or pushing your limits during intense training sessions, the Sora cassette ensures optimal performance, allowing you to ride with confidence and comfort.
Upgrade to the Shimano Sora CS-HG50-9 9-speed cassette and elevate your cycling experience with its combination of style, durability, and reliable performance, making every ride an enjoyable and rewarding journey.
Model No. | CS-HG50-9 |
Series | SORA R3000 Series |
Type | HG |
Rear speeds |
9 |
Compatible chain |
HG 9-speed |
Combination name (Group name) |
11-30T (bQ), 12-25T, 13-25T, 14-25T |
Spline type |
HG spline M (10/9/8-speed, MTB 11-speed) |
Steel gear|QTY (pcs) |
9 |
HG Cassette
The distinctively designed HYPERGLIDE cassette incorporate specially positioned shift ramps and tooth profiles for improved chain control during shifting. Fast and responsive indexed shifting is the result.
The HG cassette, which was developed for the MTB 10-speed system, underwent comprehensive optimization to achieve super-highly efficient shifting.