AERODYNAMIC
Filante SLR was designed to maximize aerodynamic performance in real environmental conditions. The design was based on data recorded in the wind tunnel (where the wind is very clean for homogeneous empirical results) while also taking the real world into account. In this way, we not only evaluate typical wind tunnel data (yaw angles from -20° to + 20°) but also consider environmental turbulence that impacts the bike for many different reasons.
That’s why we redesigned the profiles, starting with the standard NACA airfoils/ KAMM tail that no longer have sharp edges on the back. The softened angles improve performance even when the airflow is disturbed.
The inside of the front fork has been widened by 7 mm, making it 13.6% wider than the Cento10PRO. In doing so, we moved the fork blades away from the wheel, reducing turbulence and improving aerodynamics.
LIGHTWEIGHT AND RESPONSIVE
The new aerodynamically optimized profiles helped us eliminate extra weight in the frame’s construction. The shape has no sharp edges, therefore requires less material and less resin in the corners. This improves the homogeneity of the inside, reducing the frame’s weight to a mere 870 grams.
The assembled bike with top-of-the-range specifications weighs 6.8 kg.
The Filante monocoque handlebar is made of the same carbon we use for the Wilier 0 SLR. Thanks to the different types of carbon we used in combination with the Liquid-Crystal Polymer, the unique fiber positioning and the construction technology, we have reached an absolute level of lightness and stiffness.
The lower overall weight compared to the exceptional stiffness increases STW by 12.5%. This improvement is clearly felt with the steering precision and the feeling of safety at high speeds.
240 FITTINGS AVAILABLE
Since the fork steerer tube is no longer beveled, we can install up to 35 mm of spacers under the handlebar. By combining frame sizes, handlebar sizes and spacers, we can achieve 240 different fittings, with no overlap between combinations. This doubles with the two available seat posts, with 15 mm or 0 mm setback.
HANDLEBAR AND INTEGRATED CABLES
In addition to being lightweight, (350 grams for the 101x42 size) the new integrated carbon monocoque Filante Bar handlebar houses the brake and derailleur cables, directing them toward the inside of the frame. Its design is very simple, with sinuous and rounded lines for maximum grip ergonomics.
EASY-FIT SPACERS
The spacers between the frame headset and the handlebar are made of a high-stiffness composite material, with a special cavity for the cables. They are composed of two parts for quick assembly and disassembly without interfering with the cables running from the handlebar to the frame.
BALANCED DESIGN
Six sizes, one feeling. The sections of the tubes of various sizes were designed to maintain consistent rigidity, handling quality and comfort on every frame size.
SPEED RELEASE THRU-AXLE SYSTEM
Another new feature is the Mavic Speed Release thru-axle system that enables the wheel to be quickly removed from the frame. In this way, the axle does not need to be totally extracted from the wheel hub. This solution significantly reduces wheel release and insertion time. During races, this solution cuts wheel change times by 7 seconds on average compared to a traditional thru-axle system.
BALANCED DESIGN
Six sizes, one feeling. The sections of the tubes of various sizes were designed to maintain consistent rigidity, handling quality and comfort on every frame size.
SPEED RELEASE THRU-AXLE SYSTEM
Another new feature is the Mavic Speed Release thru-axle system that enables the wheel to be quickly removed from the frame. In this way, the axle does not need to be totally extracted from the wheel hub. This solution significantly reduces wheel release and insertion time. During races, this solution cuts wheel change times by 7 seconds on average compared to a traditional thru-axle system.
IMPROVE YOUR RIDING POSITION WITH ACCU-FIT
Correct positioning in the saddle is one of the most essential issues for cyclists, especially for competitors and long-distance cyclists. While with steel bikes, it was relatively easy to measure the length of the tubes, as the years passed, and with the introduction of sloping top tubes, defining measurements has become increasingly complex. So, in addition to the classic values of height, length and angles, we now consider reach & stack data and horizontal and vertical distance values between the center of the bottom bracket and the center of the upper part of the head tube.
But modern bicycles have made measurement even more complex since they are complete and complex systems based on the combination of the frame, handlebar spacers and monocoque handlebars. When buying a bike, it is essential to know the size of every bike element based on your body size and shape. As manufacturers of frames and monocoque handlebars, we have added a new value to the measurement of the frame which combines the length of the head tube and the dimensions of the monocoque handlebar.
This coordinate, called ACCU-FIT, determines the distance between the bottom bracket's center and the handlebar's center. It is clear that for every model there are as many coordinates as frame sizes multiplied by the number of handlebar sizes and the configuration of spacers.
