Easton

Cinch SRAM Flat Top Chainring

The FLT 12 SPD chainring is specifically designed for 12-speed bicycle drivetrains, ensuring optimal compatibility and performance. By using this chainring, you can experience smoother gear shifts and improved efficiency, which enhances your overall riding experience, especially on modern road and mountain bikes.

The SRAM Flattop 12 SPD chain features a unique flatter design that reduces weight and enhances aerodynamics compared to traditional chains. This design not only improves shifting performance but also contributes to a more responsive ride, making it an excellent choice for serious cyclists looking to maximize their bike's capabilities.

CINCH cranksets, developed by Easton, offer a modular design that allows for easy interchangeability of chainrings. This means you can customize your bike's gearing based on your riding style or terrain without needing to replace the entire crankset. This flexibility can save you time and money while optimizing your bike's performance.

The narrow/wide design features alternating wider and narrower teeth, which significantly improves chain retention. This design prevents the chain from slipping off the chainring, especially during rough rides or technical terrain. By using a narrow/wide chainring, you can ride with more confidence, knowing your chain will stay securely in place.

Good chain retention is crucial for maintaining a smooth and efficient ride. It ensures that the chain stays on the chainring, preventing slips that can disrupt your momentum and lead to accidents. Investing in components designed for optimal chain retention, like narrow/wide chainrings, enhances your safety and performance on the bike.

While some components may be compatible across brands, it's essential to ensure that the chainring and chain are designed for the same speed system (e.g., 12 SPD). Mixing brands can lead to performance issues, so it's best to stick with components that are specifically designed to work together for optimal performance and reliability.