Zipp 353 NSW Carbon Rear Wheel 700c Tubeless HG11 Center-Lock
$601.35
Description
Zipp 353 NSW Tubeless Disc-Brake Wheels: Redefine Your Ride
Engineered for endurance athletes and performance seekers craving versatility without compromise, these wheels blend groundbreaking aerodynamics with intuitive functionality. Conquer mixed terrain effortlessly—whether attacking alpine climbs or powering through gusty flats—thanks to Zipp’s lightest-ever tubeless system designed to dominate breakaways.
Performance Engineered for Real Roads
- Aero Mastery: The 45mm Sawtooth rim profile—featuring Hyperfoil nodes and HexFin ABLC dimples—delivers unmatched crosswind stability while slicing through air efficiently.
- Tubeless Optimized: A hookless design with 25mm internal width simplifies tire installation and enables lower-pressure setups (28-32mm tires recommended), enhancing grip on rough pavement or gravel sectors.
- Intelligent Efficiency: Total System Efficiency (TSE) reduces rolling resistance by harmonizing components—ideal for century rides or competitive gran fondos where energy conservation matters.
Tech That Elevates Every Revolution
- Cognition V2 Hubset: Upgraded Axial Clutch V2 slashes friction during coasting while accelerating engagement by 33%, ensuring instant power transfer when surging or sprinting.
- Rider-First Design: Includes 12mm thru-axle end caps + center-lock rotors—seamlessly compatible with modern endurance/adventure road bikes like Specialized Roubaix or Trek Domane.
Why Riders Choose It: Ultralight construction (1,385g/set) transforms steep climbs; confidence-inspiring stability in coastal winds; tubeless reliability for puncture-prone commutes or wet races.
Specs Spotlight
| Feature | Advantage |
|——————|——————————————–|
| Hookless Tubeless | Faster setup, fewer pinch flats |
| 25mm Internal Width | Supports wider tires (up to 32mm) |
| Axial Clutch V2 | Near-instant engagement + durability |
For racers targeting hilly classics or enthusiasts exploring backroads, the 353 NSW merges featherweight agility with pro-level aerodynamics—proving speed and endurance aren’t mutually exclusive.
