Carbon-Ti X-Rotor Aero 140 Center Lock Disc Brake Rotor

Carbon-Ti X-Rotor Aero 140 Center Lock

The Carbon-Ti X-Rotor Aero 140 Center Lock is a high-performance disc brake rotor developed for applications where aerodynamics and low weight are particularly important. With a diameter of 140 mm and a claimed weight of just 93 g, it combines a structural carbon fibre body with a steel braking track.

The Center Lock version has been developed to allow the rotor to be installed on hubs using this mounting standard, thanks to the dedicated adapter designed by Carbon-Ti.

• 🛑 140 mm brake rotor
• ⚙️ Center Lock mounting standard
• 🪶 Weight: 93 g
• 🖤 Structural carbon fibre body
• 🔩 Steel braking track
• 🔧 Grade 5 titanium rivets and components
• 🌬️ Aerodynamic design tested in a wind tunnel
• 🇮🇹 100% Made in Italy

🌬️ Aerodynamic Design

The X-Rotor Aero has been developed with the aim of reducing aerodynamic drag and improving airflow penetration at high speeds.

The structural carbon fibre body has been redesigned compared with the X-Rotor SteelCarbon 3 and optimised through wind tunnel testing, with particular attention to reducing drag.

🛑 Steel Braking Track

The steel braking track, shared with the solution used on the X-Rotor SteelCarbon 3, is designed to provide high braking performance and effective thermal behaviour.

The combination of a steel braking track and carbon fibre structure allows Carbon-Ti to create a particularly lightweight rotor while retaining the functionality required for high-performance use.

🔩 Titanium Components

The braking track is attached to the central body using exclusive Grade 5 titanium rivets, selected for their combination of low weight, strength and reliability.

The fixing washers are also made from Grade 5 titanium, while the dedicated Center Lock adapter is made from Ergal.

⚙️ Center Lock Mounting System

The X-Rotor Aero 140 Center Lock is designed for the Center Lock mounting standard. The dedicated adapter developed by Carbon-Ti allows the rotor to be installed on compatible hubs using this system.

The adapter supplied with the rotor also features a laser-engraved titanium protective plate, designed to fit precisely into the shape of the carbon fibre body.

🛡️ Rounded Edges

The rotor features a profile with rounded edges, precisely CNC-machined to improve safety and comply with the directives of the Union Cycliste Internationale (UCI).

🏁 Developed for High-Speed Racing

The X-Rotor Aero was developed to meet the requirements of UAE Team Emirates, with particular attention to time trials and road races characterised by extremely high average speeds.

The rotor is also particularly interesting for triathlon competitions, where aerodynamic efficiency is especially important.

🏆 Tested in World Tour Competition

Professional riders from UAE Team Emirates have tested the X-Rotor Aero in demanding competitions, working on marginal gains and seeking the highest possible performance.

🚫 Compatibility

The Carbon-Ti X-Rotor Aero 140 Center Lock is not compatible with Campagnolo and Fulcrum AFS systems.

🪶 Just 93 Grams

With a claimed weight of just 93 g, the X-Rotor Aero 140 Center Lock is designed to provide a particularly interesting combination of low weight, braking performance and aerodynamic characteristics.

🇮🇹 100% Made in Italy

The X-Rotor Aero range is entirely designed and manufactured in Italy, combining precision machining and artisan assembly with high-quality materials.

📋 Main Technical Features

🏁 Why Choose the Carbon-Ti X-Rotor Aero 140 Center Lock?

The Carbon-Ti X-Rotor Aero 140 Center Lock is designed for riders looking for an extremely lightweight brake rotor optimised for high-speed use. Its structural carbon fibre body, steel braking track, Grade 5 titanium components and wind-tunnel-developed aerodynamic design bring together the solutions developed by Carbon-Ti for demanding competition applications.

The Center Lock standard and dedicated Carbon-Ti adapter allow installation on compatible hubs, while the claimed weight of just 93 g and focus on aerodynamics make it particularly interesting for time trials, high-speed road racing and triathlon.