Multi-purpose Eclat Coyote Ten Rigid Fork 20 1-1/8 Rake: 10mm Black With A 55% Price Cut [Mk5Rpl4n]

Eclat Coyote Ten Rigid Fork for Flatland Bikes

Introducing the Eclat Coyote Ten Rigid Fork, a lightweight and specialized fork designed for flatland enthusiasts. This fork is tailored to fit narrower flatland tires, offering exceptional performance and a sleek, modern design. With its slimmed-down fork legs and hydroformed fork leg, the Eclat Coyote Ten is not only lightweight but also boasts a super strong and clean look. Its long taper design provides maximum peg clearance, ensuring you can ride with confidence and precision.

• Lightweight flatland specific fork
• Hydroformed fork leg for increased strength
• Long taper for maximum peg clearance

Key Features and Specifications

The Eclat Coyote Ten Rigid Fork is engineered with precision and care. Weighing in at just 850g, this fork is designed to enhance your riding experience without compromising on strength or durability. Made from heat-treated Cr-Mo material, it offers exceptional durability and performance. The fork is compatible with 1.75" to 1.95" flatland tires and can accommodate up to 2.0" tires. With a 20mm wheel diameter and a 10mm rake, it provides the perfect balance for flatland riding.

• 1pc hydroformed fork leg for superior strength
• Heat-treated Cr-Mo material for durability
• 10mm rake for balanced handling

Perfect for Flatland Riding Enthusiasts

Whether you're a seasoned flatland rider or just starting out, the Eclat Coyote Ten Rigid Fork is an ideal choice. Its 0 or 10mm offsets allow for precise steering and control, making it suitable for a wide range of flatland bike setups. The fork's black finish adds a stylish touch to your bike, while the 1-1/8 steer tube size ensures compatibility with most flatland bike frames. With the Eclat Coyote Ten, you can expect a reliable, high-performance fork that will elevate your riding experience.

• 0 or 10mm offsets for precise steering
• Black finish for a sleek look
• 1-1/8 steer tube size for frame compatibility