The Secret Of Fox 32 Step-cast Fit 4 Damper Assembly - 2021 29in 100 Max Blk Ano 3 Pos Adj Price Crushed By 90% [ZrVLBj03]

FOX 32 Step-Cast FIT 4 Damper Assembly

The FOX 32 Step-Cast FIT 4 Damper Assembly is a cutting-edge component designed for 2021 models of 29-inch bikes with a 100mm travel. This high-performance damper assembly is crafted with precision to enhance your riding experience. With its robust Step-Cast construction and FIT 4 technology, it offers unparalleled durability and adjustability. The black anodized finish with three-position adjustment adds a sleek, modern look to your bike.

• Step-Cast Construction for increased strength and rigidity.
• 3-Position Adjustment for personalized suspension tuning.

Technical Specifications and Properties

The FOX 32 Step-Cast FIT 4 Damper Assembly features a 32mm diameter, ensuring optimal performance and compatibility with a wide range of bikes. The black anodized finish not only looks stunning but also provides resistance to corrosion and wear. The damper assembly is designed for 29-inch 100mm Max frames, making it a perfect fit for many popular mountain bikes. Its FIT 4 technology allows for easy installation and adjustment, ensuring a hassle-free setup.

• 32mm Diameter for enhanced stiffness and control.
• Black Anodized Finish for durability and corrosion resistance.

Practical Uses and Benefits

The FOX 32 Step-Cast FIT 4 Damper Assembly is ideal for both casual riders and professional mountain bikers. Its advanced suspension technology absorbs shock and provides smooth handling, making it perfect for tackling rugged trails and technical terrain. The three-position adjustment allows you to fine-tune the suspension to match different riding conditions, ensuring optimal performance in various scenarios. Whether you're hitting the trails for a weekend adventure or competing in races, this damper assembly will enhance your riding experience.

• Optimized for Rugged Trails and technical terrain.
• Adjustable for Different Riding Conditions for personalized performance.