2011 PORSCHE CAYENNE dimensions

The Cayenne S Hybrid has a
3.0 -litre V6 supercharged engine.
The charging effect of the
compressor ensures high levels
of torque, even at low engine
speeds. The unit generates an
output of 245 kW (333 hp).
440 Nm of torque is available
bet ween 3,000 and 5,250 rpm,
enabling a low-rev, economical
driving st yle while offering
exceptional reserves of power.
At 288 volts, the electric machine
has a maximum output of
34 kW (47 hp). The benefits of
the synchronous motor with
inner rotor design are extremely
compact dimensions and high
levels of efficiency. It also acts as

a starter motor and alternator.
Working in tandem, both units
provide a total output of 279 kW
(380 hp) and maximum torque
of 580 Nm, propelling the car
from 0 to 100 km/ h (62 mph) in
just 6.5 seconds. These are the
levels of acceleration you would
usually expect from an eight-
cylinder unit, but with fuel con-
sumption of under 8.2 l/100 km
(34.4 mpg) in the EU cycle.
1)
On the parallel full hybrid system,
the electric machine is integrated
directly into the drivetrain. The
hybrid module is situated bet ween
the transmission and the com -
bustion engine. The engine is
engaged and disengaged using
a specially designed decoupler.
The electronic engine manage-
ment system receives all infor-
mation on the driving and energy
status and controls both drive
systems to ensure optimum per-
formance in any driving scen ario.
racecar with great potential for
the future.
With the Cayenne S Hybrid, our
primary focus was on meeting
customer requirements in
terms of athleticism and greater
everyday practically. The result:
the parallel full hybrid.
The drive system of the
Cayenne S Hybrid.
Hybrid drives are suitable for use
in a wide range of scenarios. On
road, of f road or on the track – to
us, it ’s about using technology in
the most intelligent way. Porsche
Intelligent Performance has
enabled us to introduce hybrid
technology into a variet y
of different vehicle concepts.

The clearest proof of this is the
super sportscar of the future –
the 918 Spyder. The electric
machines in its plug-in hybrid
system work in conjunction with
the high rpm engine to deliver
exceptional performance with
incredibly low fuel consumption.
Another example is the 911 GT3 R
Hybrid. With its front-wheel hybrid
drive and fly wheel storage sys-
tem, it is an extremely modern
interpretation of a thoroughbred
Hybrid, diesel, petrol. Many different options.
One outcome: Porsche.
Drive systems.
1) The data presented here was recorded using the Euro 5 test procedure (715/2007/ EC and 692/2008/ EC) and the NEDC (New European Driving Cycle). The respective figures were not recorded on individual vehicles and do not constitute part of the of fer. This data is provided solely for the purposes of comparison bet ween the respective models. For more information on individual models, please contact your Porsche Centre.
Drive systems and chassis | Drive systems · 29
28 · Drive systems and chassis | Drive systems Parallel full hybrid
It shuts of f the combustion
engine and switches it back on.
Thanks to the ultra-fast decoup-
ler and instantaneous engine
start-up, all of this goes un-
noticed by the driver.
Under mod-
erate
acceleration, the electric
machine can power the vehicle
independently using electricit y
alone. For example, for driving
quietly through residential areas
.
In
addition, it can be used to
boost
performance – for even
faster acceleration.
The parallel full hybrid concept
also comes into its own during
performance driving. When
the Cayenne S Hybrid is driven
at high speeds and on overrun,
the combustion engine is automatically disengaged from
the drivetrain and shut off: the
car
continues to ‘coast’ along.
Engine drag and the associated
losses are eliminated and
efficiency is increased at speeds
of up to 156 km/ h (97 mph).
The ‘e-power’ function expands
the range in which the vehicle
can be run solely on electric
power, when heading out of a
residential area, for instance.
The throt tle map is adapted so
that the combustion engine is
engaged later than in ‘Normal’
mode depending on performance
requirements. This is activated
via a but ton on the centre
console.
Hybrid module
Decoupler
Protective housing Electric machine

part-throt tle mode and through
energy recovery during braking.
A special bat tery management
and cooling system maintains
a constant temperature and
pro
tects the bat ter y from over-
heating. It also monitors the
charge/discharge processes. As
a result, the life of the bat tery is
optimised and its suitabilit y for
everyday use ensured, while
offering a high capacit y: 1.7 kWh. Systems that are usually depen d-
ent on the output provided by
the combustion engine, such as
climate control, power steering
and brake assist , run solely
on electricit y on the Cayenne S
Hybrid. As they do not rely on
output from the engine, these
functions remain active when the
car is running in electric mode or
when it is ‘coasting’ or gliding
along with the engine turned of f.
In summary: despite its six-
cylinder powerplant, the
Cayenne S Hybrid offers per-
formance levels that are com-
parable with an eight-cylinder
unit – but with significantly lower
fuel consumption.
Also when it comes to hybrid
drives, we’ve taken a completely
new path. Hardly surprising really,
with a technology this convincing.
The compact bat tery is located
under the loadspace floor in the
luggage compartment. Weighing
80 kg, its dimensions are
426 mm x 925 mm x 286 mm.
The bat tery is designed to last
without the need for any main-
tenance. As the electric machine
also functions as a generator,
it can charge the bat tery under
certain conditions when
the combustion engine is in
The hybrid system features a
high -voltage nickel metal hydride
(NiMH) bat tery consisting of
240 cells. It provides the electric
machine with the energy required
for the vehicle to drive short
distances solely on electric
power.
Drive systems and chassis | Drive systems · 31
Energy management display in PCM: electric mode
100 50
0
300350400450500
550600650
0
30 60 90
120
150 180 210 240 270 300 330
150200250

Power (kW)
Torque (Nm)Torque (Nm)T
1500
7500
2000 25003000 3500400045005000 5500600065007000
1000
Revolutions per minute (rpm)
360 390 420
700
580 Nm
279 kW (380 hp)
Cayenne S Hybrid system (combined)
Cayenne S Hybrid combustion engine
Cayenne S Hybrid electric machine

Technical data
Technical data · 135
134 · Technical data
Cayenne Cayenne Diesel
Engine/electric motor
Cylinders 6 6
Displacement 3,598 cm
32,967 cm3
Max. power (DIN)
at rpm220 kW (300 hp)
6,300 180 kW (245 hp)
3,800–4,400
Max. torque
at rpm 400 Nm
3,000 550 Nm
1,75 0 –2,75 0
Compression ratio 11.7:1 16 . 8 :1
Max. power (electric motor)
at rpm –
–
Max. torque (electric motor)
at rpm –
–
Max. power (parallel full hybrid)
at rpm –
–
Max. torque (parallel full hybrid)
at rpm –
–
Transmission
Layout Porsche Traction Management (PTM):
active all-wheel drive with elec-
tronically variable, map-controlled
multi-plate clutch, automatic
brake dif ferential (ABD) and anti -slip
regulation (ASR) Porsche Traction Management (PTM):
permanent all-wheel drive with self-
locking centre dif ferential, automatic
brake dif ferential (ABD) and anti -slip
regulation (ASR)
6-speed manual gearbox Standard –
8 -speed Tiptronic S Optional Standard
Chassis
Front axle Extra - large format double wishbone
suspension, fully independent Extra - large format double wishbone
suspension, fully independent
Rear axle Multi-link suspension,
fully independent Multi-link suspension,
fully independent
Steering Power-assisted, hydraulic Power-assisted, hydraulic
Cayenne SCayenne S Hybrid Cayenne Turbo
8 6 8
4,806 cm
32,995 cm34,806 cm3
294 kW (400 hp)
6,500 245 kW (333 hp)
5,500 – 6,500 368 kW (500 hp)
6,000
500 Nm
3,500–5,000 440 Nm
3,000 –5,250 700 Nm
2,250 – 4,500
12.5:1 10. 5:1 10. 5:1
– 34 kW (47 hp)
> 1,15 0 –
– 300 Nm
< 1,15 0 –
– 279 kW (380 hp)
5,500 –
– 580 Nm
1,000 –
Porsche Traction Management (PTM):
active all-wheel drive with elec-
tronically variable, map - controlled
multi-plate clutch, automatic
brake dif ferential (ABD) and anti-slip
regulation (ASR) Porsche Traction Management (PTM):
permanent all-wheel drive with self-
locking centre dif ferential, automatic
brake dif ferential (ABD) and anti-slip
regulation (ASR)
Porsche Traction Management (PTM):
active all-wheel drive with elec-
tronically variable, map - controlled
multi-plate clutch, automatic brake
dif ferential (ABD) and anti-slip
regulation (ASR)
– – –
Standard Standard Standard
Extra - large format double wishbone
suspension, fully independent Extra - large format double wishbone
suspension, fully independent Extra - large format double wishbone
suspension, fully independent
Multi-link suspension,
fully independent Multi-link suspension,
fully independent Multi-link suspension,
fully independent
Power-assisted, hydraulic Power-assisted, hydraulic Power-assisted, hydraulic
Some of the vehicles featured in this catalogue are fit ted with optional equipment available at extra cost. All information in respect of features,
design, per formance, dimensions, weight, fuel consumption and running costs is correct at the time of publication.
Porsche reser ves the right to alter specifications and other product information without prior notice.

138 · Technical dataTechnical data · 139
CayenneCayenne Diesel
Dimensions
Length 4,846 mm 4,846 mm
Width (incl. mirrors) 1,939 mm (2,155 mm) 1,939 mm (2,155 mm)
Height 1,705 mm 1,705 mm
Wheelbase 2,895 mm 2,895 mm
Luggage compar tment volume
(VDA), with rear seats folded 670 litres/1,780 litres
670 litres/1,780 litres
Tank capacit y/reser ve 85 litres/15 litres 85 litres/13 litres
Off-road capability
Wading depth 500 mm 500 mm
Approach angle
1)26°
(steel-sprung suspension) 26°
(steel-sprung suspension)
Departure angle
1)24.5°
(steel-sprung suspension) 24.5°
(steel-sprung suspension)
Ramp breakover angle
1)20.5°
(steel-sprung suspension) 20.5°
(steel-sprung suspension)
Lockable differentials (standard) Electronically variable,
map-controlled multi-plate clutch Self-locking centre differential
Max. ground clearance
1)
High Level II
High Level I
Normal Level
Low Level I
Low Level II
Loading Level 215 mm
215 mm
Cayenne SCayenne S Hybrid Cayenne Turbo
4,846 mm 4,846 mm 4,846 mm
1,939 mm (2,155 mm) 1,939 mm (2,155 mm) 1,939 mm (2,155 mm)
1,705 mm 1,705 mm 1,702 mm
2,895 mm 2,895 mm 2,895 mm
670 litres/1,780 litres 580 litres/1,690 litres 670 litres/1,705 litres
85 litres/15 litres 85 litres/13 litres 100 litres/15 litres
500 mm 500 mm 500 mm
26°
(steel-sprung suspension) 26°
(steel-sprung suspension) 26°
(air suspension)
24.5°
(steel-sprung suspension) 24.5°
(steel-sprung suspension) 24.5°
(air suspension)
20.5°
(steel-sprung suspension) 20.5°
(steel-sprung suspension) 20°
(air suspension)
Electronically variable,
map-controlled multi-plate clutch Self-locking centre differential
Electronically variable,
map-controlled multi-plate clutch
215 mm 215 mm 273 mm
243 mm
215 mm
193 mm
183 mm
163 mm
1) At DIN unladen weight, ground clearance at axle centre, Cayenne Turbo with air suspension. All information in respect of features,
design, per formance, dimensions, weight, fuel consumption and running costs is correct at the time of publication.
Porsche reser ves the right to alter specifications and other product information without prior notice.

The models featured in this publica-
tion are approved for road use in
Germany. Some items of equipment
are available as extra- cost options
only. The availabilit y of models and
options may vary from market to
market due to local restrictions
and regulations. For information on
standard and optional equipment,
please consult your Porsche
Centre. Cayenne Diesel data pro -
visional only. Final data unavailable
at the time of publication.
All infor-
mation in respect of construction,
features, design, per formance,
dimensions, weight, fuel consumption
and running costs is correct at the
time of publication. Porsche reserves
the right to alter specifications and
other product information without
prior notice. Colours may dif fer
from those illustrated. Errors and
omissions excepted.
© Dr. Ing. h.c. F. Porsche AG, 2011
All text, images and other informa-
tion in this publication are copyright
Dr. Ing. h.c. F. Porsche AG. No part of this publication may
be reproduced or transmit ted,
in any form or by any means,
without prior permission in writing
from Dr. Ing. h.c. F. Porsche AG.
Dr. Ing. h.c. F. Porsche AG
supports the use of paper from
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in this publication is certified in
accordance with the stringent
requirements of the PEFC
(Programme for the Endorsement
of Forest Certification).
Porsche, the Porsche Crest, 911
Cayenne, Spyder, PCCB, PCM,
PSM, Tequipment and Tiptronic
are registered trademarks of
Dr. Ing. h.c. F. Porsche AG.
Dr. Ing. h.c. F. Porsche AG
Porscheplatz 1
70435 Stut tgart
Germany
www.porsche.com
Edition: 06/11
Printed in Germany
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