It's hoped that the faster lap times achieved by giving
the cars more downforce and more grip will make the cars more exciting to watch for the fans, and more challenging for the drivers.
Not exact matches
There are a number of reasons for this - as well as the obvious loss of
downforce, by following in the wake of another
car the dirty air generated causes the follower to slide around and overheat their tyres, which makes the idea of a driver dropping a couple of seconds behind a rival a
more effective strategy.
The team also tried a biplane rear wing to try and get
more downforce (again, it didn't work) and the
car struggled to get heat into its front tyres, meaning it had colossal understeer.
Increasing
downforce levels means it will be
more challenging for drivers to follow other
cars through corners because of the aero disturbance and instability.
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.
But I talk of way faster, because we can make
cars which go 450kph and have way
more downforce.
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.
He's also the current chairman of the GPDA and has said he'd like to see
cars have even
more downforce and
more powerful engines so that the
cars can go up to 450kph.
The new bodywork generates a whole lot
more of its
downforce from the underside of the
car.
Newey conceded that most of the development had occurred at the rear end of the
car in order to generate
more downforce.
That will almost certainly not be the case in 2017 as, like in F1, the regulations have changed to allow for faster
cars with
more downforce and
more power, which should make for some spectacular viewing.
There were concerns the higher
downforce levels would make the
cars easier to drive and
more planted, but they're still tricky beasts to tame.
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.
This time, two bodystyles were offered for the same
car — although as they were the same length it's not accurate to call them «short» and «long» tails,
more like high
downforce and low drag.
There's no extra power, but when your
car already packs 800 hp and makes close to 30 percent
more downforce than the competition - spec Vantage GTE, who cares?
The
car has five different drive modes (see
more detail below) plus a computer controlled aerodynamic package that helps it develop less drag but
more downforce than any rival, says Ford.
Such is the frightening magic of working with a high -
downforce, active - aero
car:
more speed produces
more downforce, which produces
more speed and
more downforce!
A new aero package, with a higher rear wing, produces 20 %
more downforce (without any increase in drag), and also differentiates the
car visually from the gen1 model.
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.
With its lower ride height, front splitter, and bigger and taller rear wing, the racing
car generates exponentially
more downforce, and that's what causes lap times to plummet.
It wasn't enough to just up the power with the new - era
cars:
downforce and chassis tech had to be increased too, so the speeds went up, and the
cars are
more capable than ever.
The eight - setting Motec traction control and 12 - setting Bosch ABS system can be dialed in from a ««Knight Rider» - style steering wheel, and
more than twice the
downforce as the road
car is delivered courtesy of an adjustable rear spoiler the size of a park bench.
More accurately, you miss the
downforce when driving the standard
car around a circuit.
Aerodynamics — In addition to the usual wings and diffusers attached to the
cars, this Ferrari has active aerodynamic aids (also known as fans) to extract air from under the
car and provide even
more downforce as needed.
The
car's aerodynamics also made a pivotal contribution to performance: its 1.67 efficiency figure is a new record for a production Ferrari, and is the fruit of 50 per cent
more downforce than the previous model and reduced drag.
MINI claims the aero qualities of the
car are improved, too, but makes no specific claims about
downforce, so take it as read that there is a little bit less lift than before, but not much
more than that.
Its curved exterior design helps the
car gain
more downforce making it stable and gain superior road grip.
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.
Although the aerodynamics package does not produce the same levels of
downforce as the GT1
car, the C6.R is
more predictable over a wide range of speeds.
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
car's enhanced aerodynamic design includes an extending rear wing providing
more downforce at high speeds and is equipped with rear - wheel steering for increased agility and stability.
But even
more impressive are Apollo's claims the IE's maximum cornering grip is equal to two times the force of gravity and that as the
car nears its top speed all that wild aero generates
more than the
car's curb weight — 1,350 kg — in
downforce.
The GT - R NISMO generates
more downforce than any other Nissan production
car to date, which results in exceptional high - speed stability.
Two aero packages are offered with the
car - a low wing that is claimed to generate 70 %
more downforce than the Z06 and an adjustable high wing that Chevrolet claims to generate over 431 kg of
downforce at the rear.
The Z06 creates
more downforce than has ever been measured by a production
car inside GM's wind tunnel.
2014 DP
cars will be significantly faster, thanks to
more HP, significantly
more downforce, and traction control.
The
downforce created by the aerodynamics makes the
car more stable during high - speed cornering and the stickier tires make the
car capable of handling 1.2 lateral g forces (compared to 1.04 for the last ZR - 1).
The Z06 with the Z07 delivers
more downforce of any production
car ever tested at the GM wind tunnel.
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.
We're going back after a couple of years with the extra
downforce in the
cars; we should see some pretty quick lap times, which will make it even
more demanding.
Chrysler engineers found the wing actually made
more downforce — improving traction — at a lower height, but NASCAR forced Plymouth to sell similar
cars to the public, so they raised it up so people could open up the trunk lid.
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.
Here's the translation: Just by routing air over and through the
car more efficiently, McLaren is delivering
more downforce with no increase in drag.
Should you apply all available optional goodies, the R8 will generate 551 lbs of
downforce at 205 mph, which is 220 lbs
more than the stock
car without the optional items.
An all - new aerodynamic kit generates
more downforce and affords the
car more aggressive, muscular styling.
With these changes, the
car breathes better, cools
more efficiently, and perhaps most importantly, generates far
more downforce than the road
car.
This wing works with the aerodynamic flaps in front of the front wheels, and the whole package produces 10 percent
more downforce than the P1 road
car, at 660 kg at 150mph / 240kph.
The race
car also generates
more downforce and uses an active central differential, which, according to the company, enables the i20 WRC to compete with longer and wider vehicles.
The front end of the
car has been redesigned completely: a
more «open» view, with the forward - stretched line of the front skirt and two front wings - one in black carbon fiber and one in the
car's colour - generating significant
downforce in the front of the
car.
The
car's aerodynamic design includes an extending rear wing providing
more downforce at high speeds.