
Ritchey stem Comp 120 mm
- Comp
- 1 Item
- New

€20.00 VAT included €28.99
Ritchey comp aluminum stem: performance and reliability guaranteed
If you're looking to optimize your position on the bike while benefiting from unparalleled reliability, the Ritchey Comp aluminum stem is a must-have choice. Designed to offer the perfect balance between rigidity, lightness, and comfort, this stem is ideal for demanding cyclists seeking a high-performance setup.
Key features of the Ritchey comp stem
Materials and construction
Made from 6061 aluminum, the Ritchey Comp stem boasts a robust construction with an excellent strength-to-weight ratio. Its one-piece design ensures high resistance to stress, making it ideal for both road and mountain biking.
Dimensions and compatibility
Available in various lengths (60 mm to 130 mm), this stem adapts to different body types and bike styles. Its 1"1/8 (28.6 mm) steerer diameter and 31.8 mm handlebar clamp ensure optimal compatibility with most modern handlebars.
Angle and ergonomics
With an angle of 6° or 17°, this stem allows you to adjust the handlebar position to your needs: higher for better comfort or lower for a more aggressive and aerodynamic posture.
Clamping system
The 4-bolt front clamp ensures a secure and even grip on the handlebar, reducing the risk of deformation or slipping. Its precise machining minimizes unnecessary stress on the material.
Why choose the Ritchey comp stem?
- Lightweight: thanks to its aluminum construction, it combines stiffness with minimal weight.
- Versatile: suitable for road, gravel, or mountain biking, depending on your needs.
- Durable: designed by Ritchey, a brand renowned for high-quality components.
- Easy to install: quick and straightforward mounting, even for amateur cyclists.
Conclusion
The Ritchey Comp aluminum stem is the ideal solution for optimizing your bike position and comfort. Robust, lightweight, and versatile, it suits both road cyclists and off-road enthusiasts. A reliable choice for those looking for high-performance equipment without compromising durability.