Zipp 353 NSW Carbon Wheelset - Wheel Sensors Included: 11/12 SPEED
The Zipp 353 NSW Carbon Wheelset is a high-performance, lightweight (1,312g/set) tubeless disc brake wheelset designed for endurance and road racing. It features Zipp’s innovative AXS Wheel Sensor, integrated into the rim, allowing real-time tire pressure monitoring via the SRAM AXS app or compatible bike computers. This integration eliminates the need for external devices, providing riders with immediate feedback on tire pressure status.
The wheelset boasts a 35/40mm deep Sawtooth rim profile with Hyperfoil nodes and HexFin ABLC dimples, enhancing aerodynamic performance and crosswind stability. Its 25mm internal width is optimized for 30mm tubeless tires, and it is compatible with both Shimano and SRAM XDR drivetrains.
Equipped with the ZR1 SL hubset featuring ceramic bearings and 66 points of engagement, the 353 NSW offers smooth and responsive performance. The rim's carbon layup has been revised to increase impact strength by over 16%, ensuring durability without compromising weight.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Zipp 353 NSW Carbon Wheelset is a high-performance, lightweight (1,312g/set) tubeless disc brake wheelset designed for endurance and road racing. It features Zipp’s innovative AXS Wheel Sensor, integrated into the rim, allowing real-time tire pressure monitoring via the SRAM AXS app or compatible bike computers. This integration eliminates the need for external devices, providing riders with immediate feedback on tire pressure status.
The wheelset boasts a 35/40mm deep Sawtooth rim profile with Hyperfoil nodes and HexFin ABLC dimples, enhancing aerodynamic performance and crosswind stability. Its 25mm internal width is optimized for 30mm tubeless tires, and it is compatible with both Shimano and SRAM XDR drivetrains.
Equipped with the ZR1 SL hubset featuring ceramic bearings and 66 points of engagement, the 353 NSW offers smooth and responsive performance. The rim's carbon layup has been revised to increase impact strength by over 16%, ensuring durability without compromising weight.
