Durable Raceface Atlas Crankset 175mm 12 Speed Aluminum Raceface Cinch Spindle Holiday Cheer Edition [ZbGW3Npo]

Unleash Your Power with the RaceFace Atlas Crankset

Introducing the RaceFace Atlas Crankset, the ultimate alloy CINCH offering designed for trail, enduro, DH, and freeride enthusiasts. This versatile crankset features the innovative CINCH interface, allowing for interchangeable spiders and limitless ring combinations. With its robust 30mm alloy spindle and compatibility across all relevant frame standards, the RaceFace Atlas Crankset is your go-to choice for maximum performance on any terrain.

• CINCH Interface for interchangeable spiders and rings
• 30mm Alloy Spindle for increased durability and strength

Technical Specifications and Features

The RaceFace Atlas Crankset is engineered with precision and quality in mind. The CINCH removable spiders and direct mount rings are easy to install and remove with a 20-tooth ISIS cup BB tool. The 30mm spline interface is CNC'd from aluminum super alloy, ensuring a lightweight and robust design. The crank arms are forged from 7050 aluminum with a bracing matrix for added stiffness, providing exceptional power transfer and durability.

• CNC'd Aluminum Super Alloy for lightweight and strength
• Forged 7050 Aluminum Arms with a bracing matrix for stiffness

Perfect for Any Riding Discipline

The RaceFace Atlas Crankset is designed for riders who demand the best in performance and versatility. Whether you're tackling rugged trails, racing downhills, or engaging in freeride adventures, this crankset delivers. Its compatibility with all CINCH direct mount rings and spiders allows for easy conversion between existing chainring standards, including direct mount, 1x, 2x with and without bash, and 3x configurations. With chainline options of 47mm for 2X and 50mm for Boost 2X, the RaceFace Atlas Crankset is the perfect choice for any rider looking to elevate their performance on the trail.

• Interchangeable Chainring Standards for versatility
• Multiple Chainline Options for optimal performance