The CarboXtrem TT is the result of applying race engineering to the triathlete's aero position. Each unit is built to measure, adjusting length, width and geometry to the rider's biomechanical parameters to achieve maximum airflow efficiency and power transfer.

The main body is built in hand-laminated carbon fibre, with a fibre orientation pattern calculated to deliver precise torsional stiffness and selective damping. Its aerodynamic profile has a drag coefficient comparable to that of a Formula 1 car, saving up to 25 W of effort in race position compared with a conventional set-up.

The 30° grips give a biomechanically neutral wrist angle, reducing muscle tension and improving postural stability. Available with one or two grips, they integrate mounts for electronic shifters and internal cable routing, guaranteeing a clean surface free of turbulence.

The elbow support system features 3D pads developed by QDP with Carbon3D technology, whose progressive lattice structure acts as a micro-vibration suspension, absorbing impacts without compromising lateral stability.

Compatible with every standard handlebar on the market, the CarboXtrem TT guarantees precise axial mounting, structural strength and measurable performance every kilometre.

CarboXtrem TT: Formula 1 aerodynamics, measurable efficiency, craft engineering.

Frequently asked questions

Are the TT aerobars 3D printed?

No: the body is hand-laminated carbon fibre, with a fibre orientation calculated for precise torsional stiffness. 3D printing is reserved for certain parts and for the pads and lattice meshes.

Are they made to measure?

Yes. Each unit is adjusted in length, width and geometry to your biomechanical parameters, to maximise airflow and power transfer.

How much aerodynamic saving do they offer?

The profile saves up to 25 W in race position compared with a conventional set-up, with a drag coefficient comparable to that of an F1 car.