ABS PORSCHE 911 2009 5.G Information Manual

W ind deflector
Hood.
The fully automatic fabric hood is
light weight and robust. It saves
weight in just the right place and
keeps the centre of gravit y low.
When stowed, the hood requires
significantly less space than a
folding hardtop. The glass rear
screen is scratch-resistant and
heated – to provide excellent rear-
ward visibilit y. A rain channel on
the hood reduces dripping when
the doors are opened. Electrically powered, the hood

is opened using a but ton on the
centre console or via the key
remote.
The concertina action ensures
optimum protection for the

interior lining. The entire opera -
tion – be it opening or closing –
takes approximately 20 seconds.
For added convenience, the
hood can be operated while the
vehicle is travelling at speeds
of up to 50 km/ h (31 mph).
The interior hood lining is made
from a sound and heat-insulating
fabric. The resulting noise levels
are astonishingly low, even when
travelling at high speed. Ensuring
you hear almost nothing – apart
from that t ypical Porsche sound.
Wind deflector.
The 911 Turbo Cabriolet and the
911 Turbo S Cabriolet come
with a detachable wind deflector
as standard. Developed in the
Porsche wind tunnel, it reduces
turbulence and noise at high
speed. It is easy to fit and can be
folded and stowed in the luggage
compartment.
Hardtop.
Optional equipment includes a
tough and light weight aluminium
hardtop which is also easy
to fit. The interior is lined with
a sound-absorbent fabric that
complements the passenger
compartment.
The 911 Turbo concept | Model range
· 24 ·· 25 ·

Expansion intake manifold.
More power for less fuel. What
sounds absurd is sometimes
quite simple. You just have to
have the nerve to question
prin ciples that are seemingly
writ ten in stone.
The 911 Turbo and 911 Turbo S
models have an innovative expan -
sion intake manifold that was
used for the first time on the latest
911 GT2. Its unique operating
principle is unlike any thing ever
featured on existing induction
systems. Our ‘expansion’ intake
manifold is a radical development
that is the polar opposite of the
resonance principle used on con -
ventional turbocharged engines.
A resonance manifold increases
engine output by forcing addi
tional
air into the combustion chambers.
To do this, the manifold is designed
in such a way that the air – which
vibrates due to the action of the
valves – is in a compression phase
as it passes through the inlet ports.
Unfortunately, compression not
only increases air volume, it
also increases air temperature
and this has a negative effect
on ignition.
Our expansion manifold simply
turns that principle around. The
internal geometry is radically
different from that on a resonance
intake system. Key modifications
include a longer distributor pipe,
with a smaller diameter, and
shorter intake pipes. As a result,
the air is in the expansion phase
as it enters the combustion

chambers. Since expansion always
cools, the air/fuel temperature is
lower and ignition is significantly
improved – thereby increasing
performance.
Of course, the amount of air that
enters the engine under expan -
sion is less than it would be under
compression. To compensate
for this, we’ve simply increased
the boost pressure. The resulting
increase in temperature – again
through compression – is immedi -
ately offset by the uprated inter -
coolers. Instead of hot compressed air
entering the combustion

chambers, we now have cooler

air generating more power and
torque. As a consequence, there
is a major improvement in engine
efficiency and therefore lower fuel
consumption even under heav y
loads and at high revs.
As we said, sometimes you just
have to question established
ideas.
Exhaust system.
The exhaust system is made
from stainless steel. Its cataly tic
converters are extremely heat-
resistant, yet quick to reach
temperature – and thus optimum
performance – when the engine
is started from cold.
Advanced exhaust gas technology
ensures compliance with stringent
emissions standards, e.g. Euro 5
in EU markets, LEV II/ LEV in the
USA.
Servicing.
The 911 Turbo and 911 Turbo S
models are designed for a long
life. A self-adjusting belt drives
the generator, power-steering
pump and air-conditioning com -
pressor. Valve clearances are
adjusted hydraulically, thus avoid -
ing the need for any adjustment
work. The camshafts are driven
by timing chains that require
no maintenance and the ignition
system, with the exception of
the spark plugs, is also mainte -
nance-free. The cars come with
a t wo -year unlimited mileage
w a r ra n t y.
The long service intervals (see
separate price list) keep costs
and labour times down and save
resources, since fewer service
products and consumable parts
are used.
Performance | Engine
911 Turbo engine and exhaust system
· 40 ·· 41 ·

Porsche Stability Management
(PSM).
PSM, an automatic vehicle sta-
bilit y control system designed to
aid the driver in critical road
scenarios, is fit ted as standard.
Sensors monitor the direction,
speed, yaw velocit y (speed of
rotation around the vertical axis)
and lateral acceleration of the car.
Using this information, it is
possible to calculate the actual
direction of travel at any given
moment. If the car begins to over -
steer or understeer, PSM applies
selective braking on individual
wheels to restore stabilit y and
optimum speed. Whenever PSM is
required to intervene, an indicator
light in the cockpit flashes.
When accelerating on wet or other
low-grip surfaces, PSM combines
with PTM and uses the automatic
brake differential (ABD) and anti-
slip regulation (ASR) functions to
maintain traction and stabilit y.
Included as standard equipment,
PSM assists with high -precision
inputs that enhance the agilit y of
each model. When ‘Sport ’ mode is selected on the Sport Chrono
Package Turbo with dynamic
engine mount system (page 58),
the PSM threshold is raised

higher still to enable greater
driver involvement – particularly
at speeds of up to 70 km/ h
(44 mph).
PSM includes ABS to help mini -
mise braking distances. System
inputs are smooth and precise
for greater driver comfort.
Active safet y is further enhanced
with the aid of t wo additional
brake functions: electronic brake
prefill and brake assist.
The prefill function is automati-
cally enabled whenever the

throt tle pedal is suddenly released.
The pressure in the brake lines
is marginally increased, bringing
each of the pads into light contact
with the corresponding disc. If
the driver then decides to use the
brakes, the system can apply
the maximum force with virtually
no delay.
The brake assist function, by
contrast, is specifically designed
for use in emergency stops.
When the speed of brake pedal
application and the pressure on
the brake pedal exceed a prede -
fined threshold, the hydraulics
automatically apply the necessary
pressure to achieve maximum
deceleration. For a more actively involved

driving experience, PSM can be
manually disabled. PSM remains
present in the background and
will only intervene under heav y
braking where at least one front
wheel requires ABS assistance
(in ‘Sport ’ mode, if both front
wheels require assistance). The
automatic brake differential

(ABD) remains active at all times.
Vehicle yaw
Car steers of f line
Vehicle yaw
Car steers of f line PSM corrects
direction and
stabilises car
PSM corrects
direction and
stabilises carOversteer without PSM
Oversteer with PSM
Understeer with PSM
Understeer without PSM
Performance | Chassis
· 56 ·· 57 ·

Sport Chrono Package Turbo
with dynamic engine mount
system.
The Sport Chrono Package Turbo
with dynamic engine mount
system is standard on 911 Turbo S
models and available as an
option for 911 Turbo models.

This integrated system provides
simultaneous enhancement for
engine, chassis and transmission.
Key features include a digital
and analogue stopwatch on the
dashboard, a performance dis -
play, a personal memor y function
in the Porsche Communication
Management (PCM), the SPORT
but ton and – in combination with
PDK – the SPORT PLUS but ton,
and an additional display on the
steering wheel which informs the
driver if the SPORT but tons and Launch Control have been acti
-
vated. The 911 Turbo models
additionally of fer the ‘overboost ’
function. This is how it works:
When ‘Sport ’ mode is selected,
the engine management system
creates a much more aggressive
response to pedal inputs. To do
this, it implements an alternative
throt tle map which relates the
pedal position in the foot well to
a wider angle of opening in the
throt tle body. In higher gears, it
uses a hard rev- limiter to protect
the engine under power.
In the 911 Turbo models, under
full acceleration, the maximum
boost pressure in the lower and
medium speed ranges is now
temporarily increased by approx -
imately 0.2 bar. As a result,
engine torque is boosted by 50 Nm to a maximum of 700 Nm for a
limited period. (The 911 Turbo S
models are configured to operate
with a higher boost pressure level,

which means that their maximum
torque is always 700 Nm.)
In addition to the engine, ‘Sport ’
mode is enabled in the standard
Porsche Active Suspension
Management (PASM) suspension.
The dampers become firmer,
enabling faster turn - in as well as
bet ter contact with the road.
In automatic mode of PDK,
the basic gearshif t pat tern is
switched to high-performance
mode. The gear change action is
virtually instantaneous, while the
shift points are timed for maxi -
mum acceleration. Lif t of f the
throt tle – even at high revs – and
the system automatically shif ts
down to apply engine braking. In
manual shif t mode, gear chang -
ing is faster and more dynamic.
Porsche Stabilit y Management
(PSM) is also adapted, with the
intervention threshold raised. As
a result, the car has a more natu -
ral response to lateral and longi -
tudinal forces. Cornering agilit y
is greatly enhanced, when both braking to turn in and applying
power on exit – particularly

in low-speed bends. For even
greater driving pleasure.
For maximum manoeuvrabilit y,
PSM can be partially disabled
while the car is still in ‘Sport ’
mode. PSM simply monitors the
forces acting on the car and
will only intervene in the most
critical scenarios, e.g. when ABS
assistance is required on both
front wheels.
In conjunction with PDK (standard
on 911 Turbo S models), the
Sport Chrono Package Turbo with
dynamic engine mount system
has t wo additional functions that can be activated via the SPORT
PLUS but ton, for a sport y drive
that borders on a motorsport
experience.
The first function is ‘Launch
Control’, which, for example
when per forming laps, helps you
achieve optimum acceleration
from a standing start, a racing
start in other words.
The function works like this:
press the SPORT PLUS but ton
when the transmission is in ‘D’
or ‘M’. Then, with your lef t foot,
press the brake pedal and accel -
erate fully with the right foot.
The car recognises ‘Launch’ mode
from the accelerator kickdown action and adjusts the engine
speed to the optimum level,
which is around 5,000 rpm. At
the same time, boost pressure
is increased to approximately

0.5 bar, engine torque is
increased and the clutch is
applied lightly. ‘Launch Control’
now appears in the steering
wheel display. Now release the
brake as quickly as you can –
and feel the acceleration power
unleashed to the road.
Steering wheel display with PDK and Sport Chrono Package Turbo
Performance | Chassis
· 58 ·· 59 ·

The second function is the
‘motorsport-derived gearshift
strategy’. Using this, Porsche
Doppel
kupplung (PDK) is geared
up for the shortest possible
shif t times and optimum shif t
points for maximum acceleration
– ideal for the racetrack.
A key component of the Sport
Chrono Package Turbo with
dynamic engine mount system is
the stopwatch mounted on the
dashboard. Porsche Communica -
tion Management (PCM, page 86)
has a special performance display
to view, store and evaluate lap
times or other driving times. It
shows the total driving time, lap
distance, lap number and the
lap times recorded so far. You can
view the current fastest lap and
the remaining range until empt y.
Travelled distances can be
recorded and benchmark times
defined. The personal memory function of
the Sport Chrono Package Turbo
can also be used to store person
-
alised set tings for a range of
systems, including the orientation
lighting or air conditioning.
Operation of the dynamic
engine mount system.
Stiffness and softness as required.
That ’s the principle behind the
dynamic engine mount system
now being of fered for the first
time as part of the Sport Chrono
Package Turbo. Essentially, it ’s an
electronically controlled system
for controlling the stif fness of the
engine mounts.
The engine is bolted to the body
using t wo mounts and follows
New ton’s law of inertia, namely
that a body will continue to move
in a uniform straight line unless it is made to change its direction
by a force acting upon it.
Put more simply: when you are
driving into a bend, the vehicle will
follow your steering but, at first,
the mass of the engine won’t. This
means that the rear of the vehicle
is pushed out wards because of
the inert forces from the engine’s
mass acting on it.
The dynamic engine mount

system minimises this effect.
The steering angle longitudinal
and lateral acceleration values
are constantly recorded by
sensors and the stif fness of the
t wo engine mounts is changed
automatically according to the
driving st yle. This is achieved
using a magnetisable (magneto -
rheological) fluid and an electri -
cally generated magnetic field.
The magnetisable particles align
with each other and the fluid’s viscosit y changes. This alters the
stif fness and absorption of the
engine mounts: sof ter for greater
comfort and less vibration when
driving normally, harder for a
more direct driving feel when

driving more sportily.
The dynamic engine mount

system also reduces the vertical
oscillations of the engine when
accelerating under full load. The
result: greater and more uniform
force on the rear axle, increased
traction and bet ter acceleration.
All this means t wo things: percep -
tibly more stable handling under
load change conditions and in fast
corners and a step closer to the
ultimate sport y drive – combined
with enhanced levels of comfort.

Performance | Chassis
· 60 ·· 61 ·

5
5
2
3
4
1
11
1
Driver and passenger airbags.
The t wo full-size airbags can be
inflated in t wo stages, depending
on the severit y of the impact. In a low-speed crash, the airbags
are only partially inflated, thereby
minimising discomfort to the
occupants.
Bodyshell structure.
The reinforced bodyshell contains
a highly resilient passenger cell
offering exceptional crash protec
-
tion. At the front of the car, the
cell is protected by a patented
system of longitudinal and trans -
verse members (1). In the event of
an accident, it disperses the force
of the impact and minimises
deformation of the passenger cell.
Additional features include an
ultra-rigid bulkhead cross-member
(2) made from super high-strength steel. This element is designed to
absorb impact forces from the longitudinal members and thus
protect the front foot wells.
The reinforced doors (3) also

contribute to the overall rigidit y
of the car. An additional load

path (4) is used to channel energy
through the upper part of the
shell and thus further protect the
passenger cell.
In minor collisions, easily replace -
able impact absorbers (5) protect
the bodyshell.
Sheet steel
Tailored blanks
Super high -strength steel
Ultra high -strength steel
Aluminium
Responsibility | Safet y
· 70 ·· 71 ·

Porsche Side Impact Protection
System (POSIP).
POSIP, fit ted as standard, consists
of side impact protection beams
in the doors and t wo side airbags
on each side, namely a thorax
airbag located in the side of each
backrest and a head airbag incor-
porated within each door. Each
airbag has an approximate volume
of 8 litres, ensuring excellent
protection in the event of side
impact.
Additional safet y features include
the headrests which form an
integral part of each seat, an
energy-absorbing steering column,
three-point seat belts with height
adjustment (Coupés only), seat
belt pre-tensioners and force
limiters and energy-absorbing
elements in the dashboard.
Safety in the 911 Turbo
Cabriolets.
One fundamental principle at
Porsche is to provide high levels
of occupant protection, regardless
of whether the vehicle is a closed
or open-top design.
Torsional rigidit y and flexural
strength are exemplary for a t wo -
plus-t wo convertible. Body flexing
is minimal even on the most
poorly surfaced roads, ensuring
bet ter handling and greater
active safety.
Occupants are protected by an
automatically deploying roll- over
system if the vehicle were to overturn. Two spring-loaded roll-
over bars are neatly incorporated
behind each of the rear seats.
The roll- over sensor – part of the
airbag control unit – continuously
monitors the car’s pitch and roll,
contact with the road, as well as
lateral and longitudinal forces.
If the car were to overturn,

the top -padded bars would be
deployed instantly.
Of course, the 911 Turbo
Cabriolets also come as standard
with the Porsche Side Impact
Protection System (POSIP).
Responsibility | Safet y
· 72 ·· 73 ·

Fuel consumption and recycling.
Intelligent light weight construction
is a fundamental aspect of design
at Porsche. For both economic
and ecological reasons. This forms
the basis for achieving low fuel
consumption values combined
with outstanding performance.
It is economical thanks to the
high proportion of cast aluminium
alloys, magnesium, plastics and
high-strength sheet steel, the
lat ter being much stronger and
lighter than conventional steel.
The 911 Turbo and 911 Turbo S
models consist of almost 20 %
lightweight alloys.
It is also ecological because all
materials used are carefully
selected. Only the latest, environ -
mentally sound components are
used. All light weight materials are
easily recyclable, while the variet y
of synthetic components has been
reduced. Recycled plastics are
used in all areas of the car where
they meet our exacting technical
requirements. To simplify process -ing, all materials are labelled for
separate recycling.
In short, approximately 95
% of
today’s 911 Turbo and 911 Turbo S
models can be recycled.
Porsche primarily uses environmen -
tally friendly water-based paints.
All areas of the 911 Turbo and
911 Turbo S models are free from
asbestos, CFCs and components
manufactured using CFCs. Because
at Porsche, helping the environ -
ment doesn’t start at the end of a
vehicle’s life. It starts right at
the beginning at the planning and
development stages.Fuel.
The current 911 Turbo generation is
already compatible with fuels that
have an ethanol content of up to
10 %. A ‘biofuel’ made from naturally
replenishing materials, ethanol has
a positive impact on the carbon
dioxide balance since the plants
grown for its production also
absorb carbon dioxide from the
atmosphere. Hydrocarbon emissions from the
fuel supply system are low,
achieved through a combination of
an active carbon filter and a
special fuel-tank coating. All fuel
lines are made from aluminium,
whilst those carrying vapours are
made from multi-layer plastic.
Noise.
The 911 Turbo and 911 Turbo S
models comply with all current
noise regulations – without resort
-
ing to engine encapsulation.
To achieve this, we’ve eliminated
noise at source: engine compo -nents are more rigid, moving
parts lighter and tolerances
reduced to a minimum. High-

efficiency silencers and resona -
tors in the intake system help
to reduce noise even further. For
the entire service life of the car.
Responsibility | Environment
· 76 ·· 77 ·

Technical data
911 Turbo / 911 Turbo Cabriolet
Engine
C y linders 6
Displacement 3,800 cm
3
Power (DIN)
at368 kW (500
hp)
6,000 – 6,500 rpm
Max. torque at 650 Nm at 1,950 – 5,000 rpm
with ‘overboost ’ 700 Nm at 2,100 – 4,000 rpm
Compression ratio 9 . 8 : 1
Transmission
Layout All-wheel drive with electronically controlled multi-plate clutch
6-speed manual gearbox Standard
7-speed PDK Optional
Chassis
Front axleMcPherson strut suspension
Rear axle LSA multi - link suspension
Steering Variable steering ratio, power-assisted (hydraulic)
Turning circle 10.9 m
Brakes 6 - piston monobloc aluminium fixed calipers at front, 4 - piston monobloc
aluminium fixed calipers at rear, discs internally vented and cross- drilled
Vehicle stabilit y system Porsche Stability Management (PSM)
Anti - lock braking system ABS 8.0
Wheels Front
Rear 8.5 J x 19 ET 56
11 J x 19 ET 51
Tyres Front
Rear 235/35 ZR 19
305/30 ZR 19
Technical data
911 Turbo 911 Turbo Cabriolet
Weights
Manual gearbox/PDK Manual gearbox / PDK
Unladen weight (DIN) 1,570 k g / 1,59 5 k g 1,6 4 5 k g / 1,670 k g
Unladen weight (EC)* 1,6 4 5 k g / 1,670 k g 1,72 0 k g / 1,74 5 k g
Permissible gross weight 1,93 5 k g / 1,9 6 0 k g 1,995 kg /2,020 kg
PerformanceManual gearbox/PDK Manual gearbox/PDK
Top speed km/ h (mph) 312 (19 4) / 312 (19 4)312 (194)/312 (194)
0 –100 km/ h (0 – 62 mph) 3.7 secs/3.6 secs (3.4 secs
**)3.8 secs/3.7 secs (3.5 secs**)
0 –160 km/ h (0 –99 mph) 7.8 secs/7.7 secs (7.4 secs
**)8.1 secs/8.0 secs (7.7 secs**)
0 –200 km/ h (0 –124 mph) 11.9 secs/11.6 secs (11.3 secs
**) 12.4 secs/12.1 secs (11.8 secs**)
Flexibilit y 80 –120 km/ h (50 –75 mph)
in 5th gear
Acceleration 80 –120 km/ h (50 –75 mph) 3.7
secs/–
–/2.1 secs 3.8
secs/–
–/2.2 secs
Fuel consumption/emissions***Manual gearbox/PDK Manual gearbox/PDK
Urban in l/100 km (mpg) 16.5 (17.1)/16.5 (17.1)16.7 (16.9)/16.7 (16.9)
Extra urban in l/100 km (mpg) 8.3 (34.0)/8 1 (34.9)8.4 (33.6)/8.2 (34.4)
Combined in l/100 km (mpg) 11. 6 ( 2 4 . 4 ) / 11. 4 ( 2 4 . 8 )11.7 (24.1)/11.5 (24.6)
CO
2 emissions g/km 272/268275/270
Dimensions/aerodynamics
Length 4,450 mm4,450 mm
Width (incl. exterior mirrors) 1,852 mm (1,952 mm)1,852 mm (1,952 mm)
Height 1,300 mm1,300 mm
Wheelbase 2,350 mm2,350 mm
Luggage compartment volume ( VDA) 10 5 l i t res10 5 l i t res
Tank capacity 67 litres67 litres
Drag coef ficient c
w = 0.31cw = 0.32
*** Data determined in the NEDC (New European Driving Cycle) in accordance with the Euro 5 (715/2007/ EC and 692/2008/ EC) measurement
method. The figures do not refer to an individual vehicle nor do they constitute part of the of fer. They are intended solely as a means of
comparing dif ferent t ypes of vehicle. You can obtain further information about individual vehicles from your Porsche Centre. Fuel consump -
tion calculated for vehicles with standard specification only. Optional equipment may af fect fuel consumption and per formance.
Some of the vehicles illustrated in this brochure are fit ted with optional equipment which is available at additional cost.

All information regarding supplied equipment, appearance, per formance, dimensions, weight, fuel consumption and
running costs is correct to the best of our knowledge at the time of going to press. Porsche reserves the right to alter
specifications and other product information without prior notice.* Weight is calculated in accordance with the relevant EC Directives and is valid for vehicles with standard specification only.
Optional equipment increases this figure. The figure given includes 68 kg for the driver and 7 kg for luggage.
** Figures for PDK include the optional Sport Chrono Package Turbo with SPORT PLUS but ton selected.
· 110 ·· 111 ·

Technical data
** * Data determined in the NEDC (New European Driving Cycle) in accordance with the Euro 5 (715/2007/ EC and 692/2008/ EC) measurement
method. The figures do not refer to an individual vehicle nor do they constitute part of the of fer. They are intended solely as a means of
comparing dif ferent t ypes of vehicle. You can obtain further information about individual vehicles from your Porsche Centre. Fuel consump -
tion calculated for vehicles with standard specification only. Optional equipment may af fect fuel consumption and per formance.
Some of the vehicles illustrated in this brochure are fit ted with optional equipment which is available at additional cost.
All information regarding supplied equipment, appearance, per formance, dimensions, weight, fuel consumption and
running costs is correct to the best of our knowledge at the time of going to press. Porsche reserves the right to alter
specifications and other product information without prior notice. * Weight is calculated in accordance with the relevant EC Directives and is valid for vehicles with standard specification only.

Optional equipment increases this figure. The figure given includes 68 kg for the driver and 7 kg for luggage.
** Values with SPORT PLUS but ton selected.
911 Turbo S / 911 Turbo S Cabriolet
Engine
Cylinders 6
Displacement 3,800 cm
3
Power (DIN)
at 390 kW (530 hp)

6,250 – 6,750 rpm
Max. torque at 700 Nm at 2,100 – 4,250 rpm
Compression ratio 9 . 8 : 1
Transmission
Layout All -wheel drive with electronically controlled multi - plate clutch
7-speed PDK Standard
Chassis
Front axleMcPherson strut suspension
Rear axle LSA multi - link suspension
Steering Variable steering ratio, power-assisted (hydraulic)
Turning circle 10.9 m
Brakes Porsche Ceramic Composite Brake (PCCB):
6 - piston monobloc aluminium fixed calipers at front, 4 - piston monobloc aluminium fixed calipers at rear, discs internally vented and cross-drilled
Vehicle stabilit y system Porsche Stability Management (PSM)
Anti - lock braking system ABS 8.0
Wheels Front
Rear 8.5 J x 19 ET 56
11 J x 19 ET 51
Tyres Front
Rear 235/35 ZR 19
305/30 ZR 19
911 Turbo S 911 Turbo S Cabriolet
Weights
PDK PDK
Unladen weight (DIN) 1,5 8 5 k g 1,6 6 0 k g
Unladen weight (EC)* 1,6 6 0 k g 1,73 5 k g
Permissible gross weight 1,9 5 0 k g 2,010 k g
PerformancePDK PDK
Top speed km/ h (mph) 315 (19 6)315 (19 6)
0 –100 km/ h (0 – 62 mph)
**3.3 secs 3.4 secs
0 –160 km/ h (0 – 99 mph)
**7. 1 s e c s 7. 4 s e c s
0 –200 km/ h (0 –124 mph)
**10. 8 s e c s 11.3 secs
Acceleration 80 –120 km/ h (50 –75 mph) 2.0 secs 2.1 s e c s
Fuel consumption/emissions***PDK PDK
Urban in l/100 km (mpg) 16.5 (17.1)16.7 (16.9)
Extra urban in l/100 km (mpg) 8 1 (34.9)8.2 (34.4)
Combined in l/100 km (mpg) 11. 4 ( 2 4 . 8 )11.5 (24.6)
CO
2 emissions g/km 268270
Dimensions/aerodynamics
Length 4,450 mm4,450 mm
Width (incl. exterior mirrors) 1,852 mm (1,952 mm)1,852 mm (1,952 mm)
Height 1,300 mm1,300 mm
Wheelbase 2,350 mm2,350 mm
Luggage compartment volume ( VDA) 10 5 l i t res10 5 l i t res
Tank capacity 67 litres67 litres
Drag coef ficient c
w = 0.31cw = 0.32
· 112 ·· 113 ·