After many hours in the wind tunnel we have achieved a highly aerodynamic efficiency (H.E.A. high aerodynamic efficiency) aerodynamic design.

The A-7D has exceptional performance, offering only 5.9 watts air resistance at 45km/h in a wind attack range between +/- 20 degrees.

A 12K carbon construction ultra lightweight and reinforced inside. Machined aluminum inner hub with ceramic bearings.

The concave design makes better use of the wind by increasing the sail effect and speed, 0 turbulence (drag) and the wind passes unhindered.

This design also increases lateral stiffness by 20%.

This year we added a carbon cap with Velcro closure to cover the valve.

 

The A-7F is a fully aerodynamic 3-spoke carbon front wheel that does not produce turbulence and the wind passes unhindered.

An extremely stiff construction with Rim fully curved 70mm profile offers good control in side wind.

The A-7F has exceptional performance, offering only 6.6 watts air resistance at 45km/h in a wind attack range between +/- 20 degrees.

The inner hub is machined from aluminum with ceramic bearings.

Available sizes

700c

Material Rim

Monocoque Toray High Modulus Carbon

Finish

12K Carbon Fiber with Aerodynamic design and transfer graphics

Profile

A-7F: 70mm

Internal width

A-7D 22mm / A-7F 20mm

Outer width

A-7D 29mm / A-7F 28mm

Tyre type

Clincher Tubeless Ready

Hubs

Integrated Aluminum CNC

Bearings

Ceramic Coax

Brake interface

Disc Center Lock

Front axle

12×100

Rear axle

12×142

Freehubs

Shimano / Sram XD-R

Spokes
Weight (gr)

2225

Color

Copper

Recommended max. rider weight (kg)

110

Recommended tire size

23mm to 28mm

Options
Included

Valve adapter 90º, Pre-installed Rim , Wheel covers, Reflective valve cover Sticker , Key ring Carbon


Best selling products

Privacy Preference Center

This website uses its own and third party cookies for its proper functioning and for analytical purposes and to show you advertising related to your preferences based on a profile developed from your browsing habits. It contains links to third party websites with privacy policies that you can accept or not when you access them. By clicking the Accept button, you agree to the use of these technologies and the processing of your data for these purposes.
Privacy