Crowd Pleaser Csu Pike Solo Air 29"/27.5"+ 15 X 110mm 51mm Offset A1-a22014-2017 No Gradients Diffusion Blk Accessory [m2kNrdif]

RockShox CSU Pike Solo Air Fork

Experience the ultimate in suspension performance with the RockShox CSU Pike Solo Air Fork. Designed for both 29" and 27.5" wheel sizes, this versatile fork is perfect for a wide range of trail riding conditions. The 15 x 110mm axle and 51mm offset provide a stable and responsive ride, while the A1-A2 compatibility ensures it's compatible with your 2014-2017 model year bike. The No Gradients Diffusion Black finish not only looks sleek but also adds a layer of durability to your ride.

• 29"/27.5" compatibility for versatile trail riding
• 15 x 110mm axle and 51mm offset for stability and responsiveness
• A1-A2 compatibility for 2014-2017 models

High-Quality Components

The RockShox CSU Pike Solo Air Fork is built with high-quality components that ensure a long-lasting and reliable performance. The 35mm crown, steerer, and upper tube assemblies are crafted from durable materials, providing a strong and robust structure. This fork is designed to handle the toughest trail conditions with ease, making it an ideal choice for both amateur and professional riders.

• 35mm crown, steerer, and upper tube assemblies for strength and durability
• Engineered for maximum performance on the trail
• Perfect for both amateur and professional riders

Optimized for Performance

The RockShox CSU Pike Solo Air Fork is optimized for performance, offering a smooth and controlled ride. The Solo Air system allows for easy adjustments on the fly, ensuring that you can fine-tune your suspension to match the terrain. The black finish not only looks great but also helps to reduce glare, making it easier to focus on the trail ahead. With this fork, you can ride with confidence, knowing that you have a suspension system that's designed to perform under pressure.

• Solo Air system for easy adjustments on the fly
• Black finish for reduced glare and a sleek look
• Engineered for smooth and controlled performance