Bearings are contained inside cups and the cups are pressed into the frame to increase peddling efficiency, decrease wear of the bearings and create a better transfer of the driving force to the wheel.
Guarantee large brake force and good modulation of it even in the most severe weather conditions, they also last for much longer than traditional brakes.
The post mount system is a crucial solution for a racing bicycle. Braking precision is increased due to the elimination of unnecessary adapters, which influences the stiffness of the connection between the frame and the clamp. Better heat rejection prolongs the life of brakes and improves their efficiency.
We created a system of exchangeable dropouts in order to protect our frames
as much as possible. In case of damage they can be easily and quickly exchanged. Screws or
a special nut are used for the dropout in order to minimize frame damage.
Conical frame-head with gradually changing diameter from 1 1/8” at the top to 1.5” at the bottom increases durability as well as stiffness of the construction and results with greater precision of steering.
Widened seat tube helps to achieve increased bottom bracket stiffness – even 8% more even the solution introduced last year. The fibre arrangement and a square profile make the construction less sensitive to the hundreds of watts put into riding during a race.
Wheel hub in the 142 x 12 mm standard means wheel rigidity comparable with downhill specific bikes but with easy dismounting system. Wider hub allows to stiff the whole construction of wheel and rear triangle which adds precision and stability during riding.
T784 Carbon is a triple carbon compound made of T700, T800S and M40J materials and the best of conventional resins. Frames built for T784 are as rigid as D84, but more durable.