In the race against time, the stopwatch is your most feared adversary. To have an advantage over him you need not only great physical condition but also a technological advantage in the form of the best equipment. 

Cult Bearings (Ceramic Ultimate Level Technology) is a combination of the highest quality ceramic ball bearings and stainless steel races available on the market, to reduce friction to the very minimum yet maintain a consistently high level of performance for long periods of time.

Campagnolo engineers have worked painstakingly to produce the newest evolution of the disk wheel, the Bora™ Ultra™ TT. Campagnolo continues a long history of TT victories with the Bora™ Ultra™ TT and with its extreme lightweight, efficient aerodynamics, low rolling resistance and highly reactive performance this wheel is sure to bring home an even longer list of victories.

Features:

• Full high modulus carbon rim for tubular tyres

• Full carbon disc in a specially developed weave with a slim aerodynamic profile

• Special carbon braking surface with brake pads specifically for carbon wheels

• CULT™ bearings with extremely lightweight & rigid aluminium hub

• Compatible with Campagnolo 10 & 11x cassettes or Shimano 9,10 & 11x cassettes.

• Weight: Single wheel 975g (CA) for Campagnolo, (SH) for Shimano

Assembly

The Bora Ultra TT Wheel is entirely hand built by a specialised Campagnolo technician and is checked in every tiny detail with electronic tools. This ensures that every wheel conforms to the high standards that Campagnolo pride themselves and will have unbeatable reliability.

Tech Specs

Rims

• Material: Carbon

• Rim Section (width): 20mm

Hubs

• Aluminium Hub

• CULT Bearings

• Hub Width: 130mm

• Cup-and-cone Bearing System

In The Box

• Carbon Brake Pad set (40% better braking performance in wet conditions and 20% in the dry)

• New, re-designed quick-release skewers

• Valve Reducer Bushing

• Valve Cover Adhesive

• Valve Extender

• User Manual

• Warranty Booklet

• Campagnolo Wheel Identification Card