User-friendly Cane Creek Eesilk Stem - 90mm 31.8mm -6 1 1/8" Alloy Black Limited Time 60% Off [1gYQ95fd]

Cane Creek eeSilk Stem: Smoothness Redefined

The Cane Creek eeSilk Stem is a game-changer for road bike riders seeking a smoother and more comfortable ride. Designed with cutting-edge technology, this stem boasts a fatigue-reducing compliance feature that significantly reduces vibrations on variable surfaces. Whether you're tackling challenging terrain or enjoying a leisurely ride, the eeSilk Stem ensures a seamless and enjoyable experience.

• Up to 20mm of tunable compliance: Customize the level of compliance to match your riding style and terrain.
• Easy elastomer change: Adjust the compliance with a simple single bolt external elastomer change, without the need to remove your handlebars.

Technical Specifications and Properties

The Cane Creek eeSilk Stem is built to the highest standards, offering a robust and reliable performance. With a length of 90mm and a bar clamp diameter of 31.8mm, this stem is designed to fit a wide range of road bikes. Its -6 degree rise and alloy black finish provide both style and functionality. Key specifications include a stack height of 49mm and an S.H.I.S. stem clamp diameter of 28.6mm.

• Length: 90mm
• Bar Clamp Diameter: 31.8mm
• Color: Black
• Rise: -6
• Stack Height: 49mm
• S.H.I.S. Stem Clamp Diameter: 28.6mm

Perfect for Any Rider, Any Terrain

Whether you're a professional cyclist or a weekend warrior, the Cane Creek eeSilk Stem is the perfect accessory for your road bike. Its innovative design allows you to optimize your ride for any surface, from smooth roads to rugged trails. The soft/firm compliance switch gives you the flexibility to adjust the stem's stiffness on the fly, ensuring maximum performance during out-of-the-saddle riding. With its easy-to-use elastomer change system, maintaining the eeSilk Stem is a breeze.

• Soft/firm compliance switch: Customize the stem's stiffness for the best performance in any riding scenario.
• 3 elastomers included: Varying firmness to suit different riding preferences and conditions.