NUdE2 rEAr ShOCk - Bicykle scott
NUdE2 rEAr ShOCk - Bicykle scott
NUdE2 rEAr ShOCk - Bicykle scott
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In the near future, round tube competition bikes will be abandoned in favor<br />
of a fuselage more suitable for any situation a rider may encounter on<br />
the road, battling the elements. The elements are always against you, the<br />
wind is trying to slow you, the climb is trying to break you, riders today<br />
need an advantage against these elements AND the competition.<br />
The Perfect Bike takes into account three MAJOR variables; Stiffness,<br />
Weight and Aerodynamics. A combination of the three makes for the most<br />
complete balance of attributes for transforming rider input into acceleration.<br />
For fewer watts, the rider can maintain the same average speed,<br />
keeping them fresh for whatever effort is most important. The advantages<br />
span across sprinting, climbing and overall stage winning disciplines found<br />
in road racing.<br />
THE OUTCOME: F01 AERO TECHNOLOGY<br />
F01 Technology is based on the theory that a partial airfoil shape without the trailing<br />
edge can produce the same aerodynamic advantage as a traditional foil shape. Modern<br />
foil shapes are largely based on models and ratios created for airplanes by the National<br />
Advisory Committee for Aeronautics (NACA), but because bicycles attain speeds far<br />
less than those of airplanes, these ratios do not necessarily apply to bikes. SCOTT Aero<br />
Science engineers have thus developed F01 Technology to create unique, bicycle specific<br />
tube shapes which maximize aerodynamic efficiency at lower air speeds.<br />
Addict Tube<br />
Ratio 1:1<br />
++ Light structur<br />
+ Stiffness<br />
- Aerodynamics<br />
plasma tube<br />
ratio 1:3 UCI rules<br />
++ Aerodynamics<br />
- Stiffness<br />
-- Weight<br />
F01 Aero Technology<br />
Ratio 3:2<br />
+ Aerodynamics<br />
+ Stiffness<br />
+ Light structur<br />
SCOTT Aero Science is a dedicated group of engineers within the SCOTT organization who, while<br />
committed to the Scientific Method, are charged with the task of innovating the most aerodynamic<br />
bicycles possible. They hypothesize beyond empirical thinking, experiment with new techniques to<br />
prove these hypotheses, and always produce data that can be reliably replicated. To prove SCOTT<br />
Aero Science theories, they employ CFdesign software to test concepts virtually before validating<br />
designs in the wind tunnel with quantifiable data. Bike designs are additionally tested with mannequins,<br />
actual riders, and a number of other environmental variables to ensure that test results<br />
accurately reflect real world riding conditions.<br />
Early flow separation<br />
= High drag<br />
Late flow separation<br />
= Limited drag<br />
Forced flow separation<br />
= Engineered separation point mimics<br />
a larger aerofoil, minimizing drag<br />
2013 BIKES 102 ACCESSORIES