TruVativ Descendant 6K Eagle DUB Crankset 175mm MTB Bike Cranks
$29.63
Description
Descendant 6K DUB Crankset: Redefining Mountain Bike Performance
For trail warriors seeking precision and durability under pressure, the Descendant 6K DUB Crankset is engineered to dominate rugged terrain. Built on SRAM’s groundbreaking DUB technology, this system streamlines spindle-bottom bracket integration for unmatched stiffness-to-weight efficiency—perfect for high-speed descents or grueling climbs.
Constructed from premium 6000-series forged aluminum arms, this crankset combines lightweight strength with unwavering reliability. Paired with a direct-mount X-SYNC 2 chainring (32T), it delivers silent operation while excelling in muddy conditions thanks to optimized mud-clearing geometry. Designed exclusively for Eagle drivetrains (10-12 speed), it ensures seamless power transfer and reduced wear over time.
Key Features & Benefits:
– DURABILITY MEETS LIGHTWEIGHT: At 705g, it balances trail responsiveness with all-day comfort without sacrificing structural integrity.
– UNIVERSAL COMPATIBILITY: Fits 135/142mm MTB hubs and includes a 9/16″ spindle interface for precise chainline alignment.
– EAGLE-SPECIFIC ENGINEERING: Tailored for Eagle chains and drivetrains to maximize efficiency on technical trails.
– BUILT TO LAST: Black-anodized finish resists corrosion, while the single-chainring design minimizes maintenance hassle.
Why Choose Descendant 6K DUB?
Whether you’re tackling rock gardens or endurance epics, this crankset prioritizes control and confidence. Its quieter operation reduces fatigue during long rides, while enhanced durability ensures it holds up against repeated impacts—ideal for aggressive riders who push their bikes to the limit.
Specs at a Glance:
– Chainring: Direct Mount X-SYNC 2 (32T)
– Weight: 705g (without BB)
– Crank Length: 175mm
– Color: Matte Black
– Drivetrain Compatibility: SRAM Eagle (10-12 speed)
Upgrade your rig with a crankset designed for relentless mountain biking adventures—where every gram counts and every pedal stroke demands precision.
