aerodynamic benefit and gives you additional space under the hood and in the trunk.
aerodynamic ?"
Because aerodynamic and hydrodynamic have the same principles.
from aerodynamics to figure out how quickly it'll slow down.
from aerodynamics to figure out how quickly it'll slow down.
the aerodynamics of the following year's car put up his hand and said, well, I've got this idea.
basically aerodynamics in the computer, as well as our wind tunnel testing, which is really the cornerstone of what we do.
they conduct daring aerodynamic tests and they begin to push the limits.
or building more aerodynamic ideas.
And so aerodynamics , so if I can produce x amount of watts but I can become more aerodynamic , I am going to go faster.
Small contribution on the aerodynamic side from us.
in terms of aerodynamic drag.
It has aerodynamic sensors.
is to overcome aerodynamic drag.
But they're aerodynamic and built for speed.
be used for aerodynamics .
There's aerodynamics .
We are their aerodynamics partner.
Another thing is that aerodynamics is more important for slower riders than it is for pro athletes.
sixth priority was aerodynamics and our seventh was stiffness um so and that's
And he was aerodynamically stable and he flew.
they designed the aerodynamics of the uh entry Vehicles they they scoped out what it would take to uh
And that fact is that aerodynamic drag is the biggest resistance in cycling.
But almost 70% of the aerodynamic drag-- out of the power consumed in the pedals is aerodynamic drag.
And you can reduce your aerodynamic drag massively using this sailing effect.
So if I'm in an aerodynamic drag, as I mentioned before, you need to concentrate on you, the athlete, the rider.
So you can see how important the aerodynamic drag is, in particular, in a sprint situation.
There's a lot of different aerodynamic builds that you can have with different packages of components and parts.
We brought in tools to do aerodynamic analysis on the duct work inside of our product.
And it also sets up the aerodynamics at the back of the car.
And if you look at things like aerodynamics , you say, well, how can you continue to evolve the aerodynamics of a car?
I'll give you some insights into aerodynamics , why it's so important, where it's important, a bit of an analysis of the bike-rider system, so
So 7 minutes of gains from aerodynamics , 20 second penalty versus the weight that we added to the bike.
So one way we might start thinking about building more aerodynamic ideas, before we launch a new idea, we might ask ourselves,
The athlete's body is 75% of the total aerodynamic drag.
There's so many bits that have to be aerodynamic and can be aerodynamically improved.
single bottle rear mount um which is a very aerodynamic position and um we also
He figured the best way to learn to sail this aerodynamic wonder was to get his pilot's license.
And now we've got even it's aerodynamic , hydrodynamics.
The car had an unprecedented combination of low weight and low aerodynamic drag.
stayed absolutely locked to the ground thanks to aerodynamics and those Trofeo RS tires.
Well, basic aerodynamics , airplanes get their lift from the wings moving through the air, right?
We'd also discovered something-- an innovation with the aerodynamics at the back of the car.
that you can understand where you can improve the most through aerodynamics , how to make yourself faster, and then some tips for you,
I spent 14 years in Formula One as an aerodynamicist and a design engineer.
It doesn't matter if you've got the best aerodynamics or the most powerful engine or the best mechanical grip.
the height profile, the aerodynamics , the weight, of course.
Moreover, the aerodynamics is a lot more important than weight, for example.
position-- if the front wheel is not stable aerodynamically and doesn't react predictably in gusty side winds, the rider simply can't remain in this aero position constantly.
And we discovered that his original bike was aerodynamically pretty terrible, and he was losing seven to eight minutes on the Hawaiian Iron