Dogma F Ultegra Sigma Exclusive Road Bike

Combining peak performance, cutting-edge technology, and stunning aesthetic beauty, the Pinarello DOGMA F represents the ultimate fusion of form and function. Built around Pinarello’s revolutionary M40X carbon fiber lay-up, this frame delivers exceptional tensile strength and maximum lateral stiffness while shedding 108g. Tailored for pure speed, this build brings together elite racing heritage and refined engineering to create a bike that stands out in both performance and style.

Every inch of the frame has been reshaped using advanced Computational Fluid Dynamics (CFD) and extensive wind tunnel testing. Featuring an 8mm slimmer head tube, a 3.5° rotated down tube creating an Aero-Keel bottom bracket, and shrouded integrated thru-axles, the DOGMA F minimizes frontal surface area to unlock a 175g saving in aerodynamic drag. The sleek front profile and integrated lines ensure clean airflow across the entire chassis.

This custom specification is fully equipped with top-tier components to maximize efficiency and comfort. The build features the ultra-sleek Talon Ultra Fast Integrated Handlebar wrapped in Supacaz Black tape, a lightning-fast Shimano Ultegra R8170 Di2 Disc Groupset with SD300 wiring, an Ultegra bottom bracket, and a 160mm rear flat mount adapter. Rolling on aerodynamic Zipp 404 S wheels fitted with Pirelli P-Zero Race RS TLR tyres and topped with a Specialized Power Expert Mirror saddle, this DOGMA F is a complete, race-ready masterpiece. 

Customisable Options & Component Specifications

To ensure your build fits your exact riding biomechanics and style, key component dimensions and options are fully customizable. You can tailor your setup with your preferred cockpit dimensions, including stem length and handlebar width, specific crankarm lengths, chainring combinations, and cassette gear ratios for the Shimano Ultegra Di2 groupset. Additionally, tyre width choices such as 28mm or 30mm and wheel graphic finish options are selectable to match your optimal rolling resistance, comfort requirements, and aesthetic preferences.