Additional splitter and flaps generate significantly
more downforce on the front axle.
To fine - tune the Clubsport versions to give them extra stability, the aerodynamics measures generate
more downforce on the rear axle than on the front axle.
The lower lip in front is half an inch lower to add
more downforce on that axle.
The front spoiler lip is however 15 millimetres or almost 0.6 «lower to provide significantly
more downforce on the front axle.
Not exact matches
According to IndyCar the new bodywork generates a whopping 66 per cent of its
downforce from underneath the car (19 percent up
on the current cars) and following distances have been cut in half, which should lead to much closer racing and
more passing opportunities.
While many teams have gone down the shark fin route Mercedes (who have tested a shark fin but generally run without it) seem to be
more focused
on the T - wing, which is designed to try and give the cars even
more downforce.
The reduced
downforce also has the knock -
on effect of tyres taking longer to come up to operating temperature (there are no tyre warmers in IndyCar) as well as making them wear out quicker because the drivers are sliding around
more.
It's never easy finding the right balance here because the high altitude has a big impact
on the car: you slide around
more with the lack of
downforce and it makes things quite tricky.
Take the Ferrari 488 GTB: It creates 50 percent
more downforce than its predecessor, the 458 Italia, with no brash add -
ons.
As if the standard car's performance wasn't impressive enough, Aston Martin has extracted
more power from the V12, taking total power past 1100bhp, dropped the weight to 1000 kg, and grafted an aero package
on that generates 1000 kg of
downforce.
Thanks to all these elements — and with a little bit of help from a slightly larger lip spoiler
on the tail — the underbody aero package creates 310 kg of
downforce at 186mph (300kph), which is 30 kg
more than the F430 can muster.
Anything with
downforce can take a lot
more speed into the corner and — especially at Snetterton — will not be braking in the same places, or
on the same bumps.
The improved
downforce on the axle and reduced weight with the aid of the carbon fiber elements does make the car
more stable at high speeds.
It has
more downforce and
more grip; the Michelin race tires are 2.5 inches wider than the tires
on a Nextel Cup Monte Carlo.
This upgrade of the GT3 in its design and contours serves above all to optimise the car's aerodynamics: The modifications increase
downforce both
on the front and rear axle, ensu - ring
more than twice as much
downforce overall as
on the former GT3.
The ZR1 will offer two aero packages: a standard rear Low Wing, which delivers the highest top speed, and an available two - way - adjustable High Wing that offers maximum
downforce on the track for the quickest lap times — about 60 percent
more downforce than the Z06 with the available Z07 Performance Package.
As the new Z06 is considerably
more powerful than the base Stingray, it needed some extra
downforce to keep it planted
on the race track.
Every surface
on the car has been honed for aerodynamics, but the AMR Pro Valkyrie also gets a larger front and rear wing for
more downforce.
And the high - mounted rear wing
on the GT3 Cup car is nine inches wider than the wing
on the RS version, for
more downforce.
The rear wing is complemented by additional carbon - fiber flics
on the front skirt, which further increase
downforce at the front axle, as opposed to the
more inward - lying standard carbon - fiber flics, which optimize airflow into the cooling modules.
There's no word
on performance specs as of this writing, but given that the BT62 tips the scales at only 972 kg (2,143 pounds) and generates
more than 1,200 kg (2,646 pounds) of
downforce, it's safe to assume that the supercar hits 60 mph in less than three seconds.
More details are expected, including the additional
downforce claims when the aero kit goes
on sale in the next few months.
The louvers in the fenders, however, are functional, grabbing wind from the front canards and reducing low pressure
on the sides of the Aero's body and making
more front
downforce.
On top of giving the R8 and the TT a
more race - inspired look, they also improve
downforce.
As yet a further point the car's aerodynamics develop even
more downforce than
on the GT3, again benefiting the qualities of the car
on the race track.
As a final option for the rear wing, you can get the adjustable system from 1016 Industries, quick release pins combined with custom - made bearings allow a simple, yet strong way to perform adjustments based
on what the customer wants to achieve at that time...
more downforce or maximum top speed.
Using an angle of the lower section, the airflow underneath the body is improved while
downforce is increased and the front radiator gets
more air directed onto them, with the use of vertical fins
on the side cool air is directed into the wheel wells better for better disk brake cooling.
The new GT3 offers increased grip and stability at high speeds, courtesy of specific modifications to the car's aerodynamics which have increased
downforce front and rear to such an extent that the overall air pressure pushing down
on the car is
more than twice as great as
on the former model.
The concept also rides
on 20 - inch wheels and a carbon fiber front splitter adds
more downforce to keep the concept's front tires planted
on the ground.