Celebrate speed, high-performance and women’s cycling with this limited edition CANYON//SRAM Racing Super-9 Disc wheel. Produced in our Indianapolis factory these Super-9 Disc wheels feature Zipp ImPress™ direct print technology that emblazons our fastest wheel with the team’s distinctive Rapha® kit design. The custom CANYON//SRAM Racing design is available on Super-9 Carbon Clincher discs.
Zipp is a proud sponsor and technical partner of the new CANYON//SRAM Racing team, which is focused this year on the inaugural UCI Women’s WorldTour. The team excels in time trials and team time trials. Just as Zipp’s wheel technology pushes boundaries of aerodynamic efficiency and stability, Zipp’s Impress technology, also used in our exclusive NSW wheelsets, allows for limitless and light weight graphics. Think of it as a way to increase your coolness-to-weight ratio.
Zipp ImPress graphics are:
• Extremely light weight
• Printed directly onto the disc
Our Carbon Clincher’s non-parallel brake track helps to smooth the airflow transition from the tire onto the disc’s surface. It’s a key piece of the aerodynamics puzzle. The Carbon Clincher brake track combined with the Super-9’s wide profile, which runs virtually the same width from rim to hub, create an ultra aero wheel. Our exclusive resin effectively tolerates the incredible spikes in heat caused by braking to provide reliability and stopping power.
The CANYON//SRAM Super-9 Carbon Clincher, which weighs 1,155g, is an ideal triathlon or time trial setup when paired with the 808 Firecrest Carbon Clincher or 404 Firecrest Carbon Clincher.
You’ll find tire installation a breeze, typically with no tools required. So, just pick the perfect tire for any course and go fast. Compatible with cassettes of up to 11-speed to work with all modern drivetrains. Comes with our new Tangente Platinum Pro Evo Brake Pads, designed to provide optimal braking for carbon surfaces, including a greater surface area for maximum braking power, improved clearance to work with integrated brakes and a new groove pattern for improved braking in wet conditions.