2013 Porsche 911 Dealer Serving Orange County
No sports car stands out on the road more than the Porsche 911. This iconic luxury sports car is available now at Walter's Porsche, a Porsche dealer serving Orange County. For more information, call Walter's Porsche at 866-387-0766 or visit http://www.waltersporsche.com/.
Published on: Mar 4, 2016
Transcripts - 2013 Porsche 911 Dealer Serving Orange County
Porsche Cars North America, Inc.
980 Hammond Drive, Suite 1000
Atlanta, Georgia 30328
Dr. Ing. h.c. F. Porsche AG is the owner of numerous trademarks, both registered and unregistered, including without limitation the Porsche Crest®
, 918 Spyder™, FOUR, UNCOMPROMISED.®
, and other model names and numbers, and the distinctive shapes of the Porsche automobiles, such as the federally registered 911 and Boxster automobiles. The third-
party trademarks contained herein are the properties of their respective owners. Porsche Cars North America, Inc., believes the speciﬁcations to be correct at the time of printing. Speciﬁcations, performance standards, standard equipment, options,
and other elements shown are subject to change without notice. Some options may be unavailable when a car is built. Some vehicles may be shown with non-U.S. equipment. Please ask your dealer for advice concerning the current availability of options
and verify the optional equipment that you ordered. Porsche recommends seat-belt usage and observance of trafﬁc laws at all times.
All fuel consumption and emissions data contained herein are derived from U.S. tests and were accurate at time of press.
©2013 Porsche Cars North America, Inc. Printed in the U.S.A. MKT 001 016 13 porscheusa.com 1-800-PORSCHE
The 911 4
Exterior design 7
Interior design 9
The 911 Carrera 13
The 911 Carrera S 16
The 911 Carrera Cabriolet 18
The 911 Carrera S Cabriolet 20
The 911 Carrera 4 21
The 911 Carrera 4S 23
The 911 Carrera 4 Cabriolet 26
The 911 Carrera 4S Cabriolet 28
Body and chassis 45
The path to Intelligent Performance.
When the first 911 was revealed to
the world back in 1963, its design
reflected the mindset of the company’s
founder, Prof. Ferdinand Porsche.
Never content to follow the path set
by others, he insisted that a Porsche
sports car derive its performance
from efficiency, not merely raw power.
And that its race-bred technology
be suitable for everyday driving.
In the nearly 50 years since its debut,
Porsche engineers have painstakingly
refined the 911, always mindful of
the original blueprint: a sports car
whose six-cylinder boxer engine, fully
independent suspension, and four-wheel
disc brakes gave it impeccable road
manners—with a spacious cockpit and
ample room for groceries and luggage.
Formulated to achieve a balance of
engineering priorities, the 911 became
a rolling laboratory for what Porsche
calls Intelligent Performance.
Icon and Iconoclast
Fifty years later, no sports car is so
instantly recognizable as a Porsche 911.
Yet here’s the paradox: No sports
car has undergone such constant
change. No less than 90 percent of
all components on the latest 911 are
either new or have been fundamentally
revised. Never change for the sake of
change, any proposed alteration to the
911 must add to its performance without
sacrificing its efficiency. This is how
the 911 has remained unique among
sports cars. Its identity is unmistakable.
Its performance is unequaled.
Priorities in Balance
In the 911, Porsche applies this singular
balance to the priorities of a new era.
Tradition dictates that a 911 must
outperform its predecessors in driving
dynamics—no small feat considering
the 30,000 racing victories won by
the 911 over generations. At the same
time, it must prove its relevance to a
new generation. So the engineers at
Weissach did more than invest the next
911 with breathtaking performance.
They balanced it with intelligent solutions
for the 21st century: engines that
were more efficient and generated
greater power; safety systems so
advanced, they enhanced rather than
intruded on the driving experience; and
information and entertainment systems,
seamlessly integrated into the most
rewarding 911 interior yet created.
The body is made from a composite of
aluminum and various types of steels
that increase torsional rigidity up to
25 percent over its predecessor. Its
design has evolved the 911 shape in
ways subtle and profound. The current
generation has a longer wheelbase,
wider front track, lower roofline,
and on the Cabriolet a new top.
The engines have been developed
to enhance efficiency. Technologies
such as Auto Start Stop, thermal
management, and electrical system
recuperation help to reduce fuel
consumption while optimizing
performance. The first-ever seven-
speed transmission for Porsche
vehicles allows for precise control of
engine power while also improving
fuel efficiency. The optional 7-speed
Porsche Doppelkupplung (PDK)
The 911 | Introduction
transmission balances the thrill of
lightning-quick gearshifts with the
rewards of improved fuel efficiency.
Variations on a Theme
If there is one tradition we hold sacred,
it is our commitment to innovation. If
there is one car that crystallizes our
latest thinking, it is the 911. The ideals
embodied in every generation of this
legendary car—race-bred performance,
everyday practicality—have once
again been taken to the next level.
The 911 | Design
The shape of Intelligent Performance.
The lines of the first 911 were drawn
by the hand of a soon-to-be-discovered
design talent, Ferdinand Alexander
Porsche, grandson of Prof. Porsche. His
early 911 established a design legacy
that has shaped every Porsche sports
car to this day. And while not a single
surface remains unaltered from his
original 911, the current shape retains its
characteristic 911 profile. What makes
the 911 such a design icon? It’s what
you see—and what you don’t. In this and
every 911, not a single line is wasted. By
shunning the superfluous, its form invites
the eye to slip over its surface, just as
the air slips over its contours with a drag
coefficient of just 0.29 for the Carrera
and Carrera S Coupes, 0.30 for the
Carrera and Carrera S Cabriolets, and
0.31 for the Carrera 4 and 4S Cabriolets.
It is by following function, rather than
fashion, that this legendary sports car
retains its timeless appeal. Its pure form
also speaks volumes about the balanced
temperament of the 911, an artful
blend of athleticism and refinement.
In the latest 911, the tapering roofline
was lowered to expose less surface
to the air. To help improve cornering
stability, the front track is wider by 1.8
inches (46 mm) on the 911 Carrera and
Carrera 4 and just over 2 inches (52 mm)
on the 911 Carrera S and Carrera 4S.
A Distinctive Front View
The 911 comes standard with Bi-Xenon™
headlights. Their classic oval shape
reveals their technically impressive
inner workings. The Porsche Dynamic
Light System (PDLS), with dynamic
cornering lights, speed-sensitive
headlight range control, and headlight
cleaners, is available as an option. LED
technology is used in the separate front-
light units. The direction indicators,
daytime running lights, and side
marker lights are all LEDs. Their slim,
linear design contrasts with that of
the rounded headlights. Together with
the two integral air intakes, they make
the front of the 911 unmistakable.
Balance in Profile
Circling around to the side of the
911, one can see that the exterior
mirrors are now mounted directly on
the doors. This results in improved
aerodynamics. A firmly planted stance
is also apparent—the result of a 3.9-
inch (100mm) longer wheelbase, and
shorter overhangs at both front and
rear. These alterations do more than
please the eye—they contribute to
driving stability while offering greater
interior room. On the 911 Carrera
and Carrera 4, 19-inch wheels are
standard, while the 911 Carrera S and
Carrera 4S come standard with 20-inch
wheels. One inch larger than those
of the previous model, they enhance
the sporty presence of the 911, and
their increased rolling circumference
improves both comfort and performance.
Increased agility is just one of the
results of all these refinements.
Drivers are accustomed to seeing the
911 from behind, thanks to its effortless
passing ability. From this perspective,
the 911 makes a concise statement of
power in perfect balance. This effect
is accentuated by a crisp trailing
edge that travels without interruption
over the LED taillights and across
the rear deck. The wide track is also
accentuated by a defined edge traveling
over the repositioned rear reflectors.
Stainless steel tailpipes feature an oval
cross section on the 911 Carrera and
Carrera 4, becoming the horizontal
contours above. On the 911 Carrera S
and Carrera 4S, twin tailpipes are fitted
on both sides. In all current 911 models,
the characteristic extendable rear
spoiler has been widened to increase
downforce. Finally, the Porsche badge
occupies a place of prominence befitting
the 911 model’s status as the most
enduring legend in the Porsche stable.
An essential component of 911 performance.
At Porsche, comfort is not only
compatible with driving performance—
it is essential. This is especially
evident in the 911. The layout of the
instruments and controls, the logic
of their operation—even the tactile
sensation engineered into every
interior surface—are designed to
relax the senses while providing all the
information needed in a new generation
of highly advanced sports car.
Classic yet Modern
The classic five-gauge layout is still the
best way to provide essential driver
information. In keeping with Porsche
tradition, the tachometer is located at
the center of the display, easily glimpsed
through the sport steering wheel. The
refined steering wheel features a high-
grip Smooth-Finish Leather rim. Long-
legged drivers now have ample room
to stretch out, thanks to an additional
inch (25 mm) of legroom. The sport
seats of the 911 combine supple
comfort with racing-style support and
feature four-way power adjustment.
The new center console puts logically
organized controls at the fingertips
of the driver or front-seat passenger
and includes a high-resolution,
4.6-inch full VGA TFT color display,
for viewing onboard computer, audio
system, or navigation information.
Automatic climate control with 2-zone
temperature controls for the driver
and front passenger is standard.
In the 911, the traditional choice of
interior options includes an innovative
lighting design package that allows you
to customize the level of illumination
in the footwells, ignition lock, storage
compartments, rear compartment,
The 911 | Design
and overhead console. An extensive
selection of interior colors and
materials—such as Carbon, Leather,
Wood, or Aluminum—allows a high
degree of personalization. The acoustic
sensations of driving a 911 extend
beyond the music of the engine note.
A nine-speaker, 235-watt audio system
is standard, and can be combined
with the optional HD Radio receiver
Surround Sound System.
For the ultimate sound experience,
Porsche offers the optional Burmester®
High-End Surround Sound System.
The 911 | Engineering
The cylinders are opposed.
Everything else is in perfect harmony.
Greater Power and Efficiency
The 911 is the summation of a core
Porsche principle: Power should never
be wasted. The 911 engines use six
horizontally opposed cylinders to
maximum effect. The design places the
engine’s rotating mass low in the engine
block, creating a lower center of gravity
than do more common configurations.
In the 911 Carrera and Carerra 4, the
engine’s output is 350 horsepower;
in the 911 Carrera S and Carerra 4S
models, it stands at 400 horsepower.
Both models are equipped with Direct
Fuel Injection (DFI) and VarioCam Plus
for increased power and reduced fuel
consumption.* This power is transmitted
to the wheels by a seven-speed manual
gearbox or, optionally, the Porsche
Doppelkupplung (PDK) transmission,
which offers gear changes with virtually
no interruption in the flow of power.
Despite this increased output, fuel
consumption efficiencies are the result
of several innovative technologies
that optimize engine performance
and reduce the load that’s placed on
the engine by peripheral systems.
On the 911 Carrera all-wheel-drive
models, the enhanced Porsche Traction
Management (PTM) distributes the
power to the wheels according to
weather and road conditions. Handling
is even more poised, particularly when
the car is being driven to its limits.
As a result, you are confident not just
in wet conditions and snow, but also
when adopting a sporty driving style.
The unibody employs a combination of
aluminum and steel to reduce weight
while improving the already remarkable
rigidity of the 911 chassis. This
innovative architecture helps achieve
an impressive power-to-weight ratio of
7.7 lb./hp for the 911 Carrera S Coupe.
The chassis is also packed with forward-
looking technology. Porsche Torque
Vectoring (PTV), which increases dynamic
performance and control, is standard
in the 911 Carrera S and Carrera 4S
models. Available as an option for the
S and 4S models, Porsche Dynamic
Chassis Control (PDCC) improves dynamic
performance further still. Dynamic
engine mounts, included as part of
the optional Sport Chrono Package,
are also available for the 911 Carrera
models. These provide perceptibly
more stable handling during aggressive
cornering. Through these advances, the
911 satisfies the enthusiast’s desire
for even greater performance and the
world’s need for greater efficiency.
*Please refer to U.S. EPA Fuel Economy Estimates on page 116.
The 911 | The 911 Carrera
The 911 Carrera.
The 911 Carrera is a sports car
created to redefine the everyday
driving experience. But let’s be clear:
By everyday, we do not mean ordinary.
The 911 Carrera delivers exhilarating
performance with surprising practicality.
Although its engine displacement is
3.4 liters, it generates more power
and faster acceleration than its
celebrated 3.6-liter predecessor. The
911 Carrera sprints from 0–60 mph in
just 4.6 seconds—4.2 seconds when
equipped with the optional Porsche
Doppelkupplung (PDK) transmission
and the Sport Chrono Package.
How did Porsche engineers balance
the sensible with the sensational? The
new thermal management technology
manipulates heat flow to bring engine
and transmission to optimal operation
temperatures faster, reducing fuel
consumption. Electrical system
recuperation reduces the alternator’s
draw on engine power, freeing it for pure
exhilaration. Other benefits come from a
choice of two advanced transmissions,
including a seven-speed manual gearbox.
The first six forward gears have a sport
ratio, while the seventh has a long
ratio that reduces fuel consumption
and engine noise at highway cruising
speeds. The optional PDK also employs
seven forward gears with a long-ratio
top gear for efficient cruising.
PDK also features an ingenious coasting
function, which eliminates engine braking
in certain conditions for even greater
fuel efficiency. The Sport button, which
is fitted as standard in the 911 Carrera,
makes it possible to select an even more
responsive engine performance program.
In vehicles equipped with PDK, the Sport
button also selects more aggressive
shift points when in automatic mode.
Sportiness and Safety
The 911 Carrera is fitted as standard
with 19-inch wheels, which improve
driving stability and performance while
enhancing the car’s visual presence.
Powerful braking is provided by four-
piston, aluminum monobloc brakes with
black calipers, and optimized with ABS
(Anti-lock Brake System) and standard
Porsche Stability Management (PSM). In
addition to helping provide stabilty, PSM
improves braking response and braking
power in emergency conditions. With its
potent and efficient powertrain, luxurious
and purposeful interior, and outstanding
performance and safety, the 911 Carrera
delivers a rare combination of driving
passion and everyday practicality.
The 911 | The 911 Carrera S
Unleashing the soul of a race car.
The 911 Carrera S.
No other sports car has the racing
resume of a Porsche 911. The racetracks
of the world have served as a virtual
extension of Porsche engineering’s
Research and Development arm, a
proving grounds where the extreme
demands of motorsports helped forge the
high-performance character of the 911
Carrera S. In its latest iteration, the 911
Carrera S takes track-ready performance
to a higher level through a host of
engine and chassis advancements.
Impressively, its improved power and
agility coexist with fuel efficiency.
400 Horsepower with Efficiency
The Carrera S achieves 400 horsepower
from a 3.8-liter boxer engine. The engine
benefits greatly from Porsche’s ongoing
development of VarioCam Plus, which
optimizes power and torque at all engine
speeds, and Direct Fuel Injection (DFI),
which improves combustion. A suite
of innovations—including the standard
Auto Start Stop function, thermal
management, and electrical system
recuperation—provides even greater fuel
efficiency while freeing more power.
The Carrera S accelerates from
0–60 mph in a breathtaking 4.3 seconds,
and achieves a top track speed of
188 mph. When equipped with the
optional PDK and Sport Chrono Package,
it sprints from 0–60 in just 3.9 seconds.
Other Carrera S Sensations
Outstanding acceleration is just one
sensation that sets the Carrera S
apart. Visually, its standard 20-inch
wheels make a bold statement while
also improving stability. The resonant
engine sound is enhanced by two
matched pairs of brushed stainless
steel tailpipes. One also feels the
superlative damping control of Porsche
Active Suspension Management (PASM)
and the increased agility and steering
precision of Porsche Torque Vectoring
(PTV), both standard in the Carrera S.
Shorter Braking Distance
The 911 Carrera S features front brakes
with six (rather than four) pistons in a
solid monobloc red caliper, resulting
in even shorter braking distance.
The 911 Carrera S has always been
a bold expression of the 911 Carrera
character. In the Carrera S, the
performance envelope has expanded
to embrace greater efficiency.
Here’s to every day being 72 degrees and sunny.
The 911 Carrera Cabriolet.
If it seems curious to combine the
words “practical” and “cabriolet” in
the same sentence, consider this:
With its re-engineered cabriolet top
made of lightweight materials and
an integrated fully electric wind
deflector, the 911 Carrera Cabriolet
brings an everyday practicality to
the pleasures of top-down driving.
An Advanced Design
Smooth and firm, light and robust, the
design of the cabriolet top is impressive
in terms of both appearance and
construction. It is made from three
ultra-lightweight magnesium supporting
elements and is covered in fabric. This
saves weight and reduces unwanted
noise. What you can still hear is the
unadulterated sound of your 911. The
wind deflector is fitted as standard and
offers practically wind-free driving and
minimal wind noise. Integrated directly
behind the rear seats, the wind deflector
does not consume any interior room
or cargo space when not deployed.
Operation could not be easier, and it
allows for quick and easy transition
from reduction in wind to passenger
utilization of the new rear seats. The
wind deflector folds out electrically in
just two seconds and remains operable
no matter how fast you drive your 911.
The performance figures of the
911 Carrera Cabriolet reflect the
ambitious goals achieved by our
engineers. The rear-mounted,
3.4-liter flat-six engine delivers 350
horsepower at 7400 rpm and enables
a top track speed of 177 mph.
Bold exploration of new directions—
the 911 Carrera Cabriolet.
The 911 | The 911 Carrera Cabriolet
For those who live life wide open.
The 911 Carrera S Cabriolet.
For sheer driving pleasure, there is
simply nothing quite like a 911 Carrera S
Cabriolet. Unless, of course, it is another
drop-top, high-performance Porsche.
Our long-standing tradition of open-
top models began back in 1948 when
the Cabriolet variant of the first 356
became a legend, as did its descendant,
the Porsche 550 Spyder. In 1982, the
first 911 Carrera model in Cabriolet
form was introduced to the road.
The Top-Down Performance Experience
The current 911 Carrera S Cabriolet
features a 3.8-liter engine with Direct
Fuel Injection (DFI) and VarioCam Plus,
which produces 400 horsepower at 7400
rpm. The new 911 Carrera S Cabriolet,
when equipped with PDK and the Sport
Chrono Package, completes the sprint
from 0–60 mph in just 4.1 seconds and
reaches a top track speed of 185 mph.
Porsche Intelligent Performance has
combined lightweight materials with
re-engineered design to produce these
impressive performance figures. The
911 Carrera S Cabriolet incorporates
extensive use of lightweight materials.
The cabriolet top has integrated
magnesium elements resulting in a top
that is light yet extremely robust. The
top opens and closes in only 13 seconds
and is operable at up to a speed of
31 mph. With the top closed, the car’s
profile is optimized for aerodynamic
performance, which explains the
low drag coefficient of 0.30. Wind
noise is practically eliminated. The
integrated, fully electric wind deflector
manipulates headwind to create ideal
conditions. Electrically powered and
installed directly behind the passenger
compartment, it provides effective
protection against air turbulence.
Performance at a Glance
Twin tailpipes in stainless steel also
make a clear statement. The 20-inch
Carrera S wheels afford an unobstructed
glimpse of the brake calipers with
a red-painted finish. As you would
expect, the 911 Cabriolet offers a
high level of occupant safety and
features an automatically deploying
supplemental safety roll-bar system
as well as full-size airbags for the
driver and front passenger.
Without question, the 911 Carrera S
Cabriolet has remained faithful
to the performance spirit of its
predecessors and is ensuring that the
legacy lives on in the 21st century.
The 911 | The 911 Carrera S Cabriolet
Now under new management.
The new 911 Carrera 4.
The 911 has always had its own strategy
for managing traction, starting with
the placement of its rear-mounted
engine. In the new all-wheel-drive
911 Carrera 4, enhanced Porsche
Traction Management (PTM) is tuned to
provide even more poised and balanced
handling during performance driving,
especially in wet conditions and snow.
The key is to convert power directly
into motion—not in a heavy-handed
way, but intelligently. PTM is an
active all-wheel-drive system that can
continually respond to different driving
situations and precisely distribute
drive forces between the front and
rear axles. The system gathers
intelligence from sensors that monitor
the rotational speeds of all four wheels,
the vehicle’s lateral and longitudinal
acceleration, and the steering angle.
The result is a remarkable level of
grip. It’s a prowess achieved through
engineering and aesthetic details such as
the wider body—the rear fenders are 1.7
inches (44 mm) wider than those of the
911 Carrera—the 295mm-wide rear tires,
the special air intakes, the illuminated
rear light strip with taillights and parking
light function, and distinctive side skirts.
The ultimate source of its power over
the road is, of course, the 911 Carrera 4
engine. The 3.4-liter flat six delivers 350
horsepower at 7400 rpm and accelerates
the new 911 Carrera 4 from 0–60 mph
in just 4.7 seconds. Top track speed
is 177 mph. By downsizing the engine
compared to its predecessor, Porsche
engineers have reduced fuel consumption
despite the increase in power output.
Channeling its power to the wheels is
a seven-speed manual transmission or
the optional Porsche Doppelkupplung
(PDK). Both feature sport ratios
for gears 1 to 6 and a long-ratio
7th gear for fuel efficiency.
When the Porsche Doppelkupplung (PDK)
and the Sport Plus feature are added
as options, the 0–60-mph sprint is 4.3
seconds. Top track speed is 175 mph.
With its superlative traction, the new
911 Carrera 4 builds on the inherent
strengths of the 911 concept. Why not
take your seat behind the wheel and
make these strengths your own.
The 911 | The new 911 Carrera 4
Every corner gives a lecture in physics.
Here’s to being a fast learner.
The new 911 Carrera 4S.
A sports car is all about controlling
movement. The dynamics of driving—
acceleration, braking, cornering—shift
the forces of weight and momentum from
front to rear, and from side to side. Every
driving scenario is a pop quiz in physics.
Fortunately, the new 911 Carrera 4S is a
fast learner. With 400 horsepower from
its 3.8-liter flat-six engine and enhanced
Porsche Traction Management (PTM)
active all-wheel-drive system, it provides
the power to take the car to the limits
of performance, and the grip to help
control the car at the limits of adhesion.
To achieve this, Porsche engineers
have traveled right to the physical
boundaries—and extended them. PTM
now ensures that the car is even more
balanced when adopting a sporty
driving style or traveling in extreme
weather conditions. At the rear, the new
911 Carrera 4S is the embodiment of
roadholding, with its 1.7-inch (44mm)
wider fenders, wider track, and road-
hugging 305mm-wide rear wheels.
The seamless horizontal taillight
strip continues the same styling
language. The Carrera 4S is also
recognizable from the front thanks
to its dynamically accentuated
cooling air intakes in the front end.
When combined with Porsche
Doppelkupplung (PDK) and Sport
Plus, this power unit can accelerate
the new 911 Carrera 4S to 60 mph in
just 3.9 seconds and continue up to
a maximum track speed of 184 mph.
This hasn’t come at the expense of
fuel consumption either. Fuel-efficient
technologies, such as electrical system
recuperation, Auto Start Stop—both
fitted as standard—and the “coasting”
function of PDK, prove that Porsche is
continually resolving conflicting aims
through Intelligent Performance.
Where safety is concerned, the aluminum
monobloc fixed calipers at the front have
six pistons instead of four. The result
is even shorter braking distances.
The 911 | The new 911 Carrera 4S
for the new 911 Carrera 4 Cabriolet
model’s top to open or close, at
road speeds of up to 31 mph.
The fabric top creates the same elegant
silhouette as that of the 911 Coupe
models. Magnesium support elements
make the top structure lightweight, yet
extremely rigid and robust. Qualities that
help the new 911 Carrera 4 Cabriolet
complete the benchmark sprint from
0–60 mph in 4.9 seconds with the
seven-speed manual gearbox. Add the
optional Porsche Doppelkupplung (PDK)
and Sport Plus and 0–60 mph in 4.5
The new 911 Carrera 4 Cabriolet
is entirely without contradiction. It
combines the thrills of open-top driving
with outstanding roadholding, putting
earth and sky at your command.
The All-Wheel-Drive, Open-Air Experience
To keep you firmly grounded, Porsche
Traction Management (PTM) active all-
wheel-drive system works together
with Porsche Stability Management
(PSM) to ensure excellent levels of
stability, whether the road is wet or
dry. And the skies open in a mere 13
seconds. That’s all the time it takes
Connect to the earth and the sky. Simultaneously.
The new 911 Carrera 4 Cabriolet.
seconds results. Top track speed is
175 mph. To reduce buffeting and quiet
the cabin, an integrated wind deﬂector is
ﬁtted as standard. Electrically powered,
it extends in just two seconds.
Powered by a 3.4-liter, 350-hp flat-
six engine, the new 911 Carrera 4
Cabriolet plants itself to the road—
especially when the road twists and
turns. What does not twist is the car’s
body—a body that, compared to the
standard Carrera, is 1.7 inches (44 mm)
wider at the rear, with a wider rear
track and 295mm-wide rear tires.
Unlike many convertible sports cars, the
911 Carrera 4 Cabriolet remains highly
rigid under the stress of high-performance
driving. Its body and chassis maintain
their torsional stiffness, preserving
the geometry between the suspension
and the road. It’s a key reason why the
performance and handling of the new
911 Carrera 4 Cabriolet so closely mirror
that of its Coupe counterpart. Anything
less would simply be unacceptable to
Porsche engineers—and Porsche owners.
The 911 | The new 911 Carrera 4 Cabriolet
The 911 | The new 911 Carrera 4S Cabriolet
How is it possible for Porsche to
create so many variations on the 911
theme? The answer lies in the strength
and substance of the underlying
concept. This latest generation of 911
is the result of Porsche’s relentless
search for engineering truth. Blending
advances in materials and technology
with race-bred developments,
Porsche is able to continuously build
on the basic 911 architecture.
Engineered for Performance
Take everything that’s true of the new 911
Carrera 4S and replace the Coupe roof
with a sophisticated magnesium structure
wrapped in fabric. And as the numerical
In the search for engineering truth, fantasies are fulfilled.
The new 911 Carrera 4S Cabriolet.
designation “4” indicates, the new 911
Carrera 4S Cabriolet takes traction a
decisive step further, adding Porsche
Traction Management (PTM) active all-
wheel drive to create an even higher
level of grip. That is the formula used to
create the new 911 Carrera 4S Cabriolet.
Like its Coupe counterpart, the “S” at the
end of its name indicates a significant
increase in performance. It is powered
by a 3.8-liter flat six featuring Direct Fuel
Injection (DFI) and VarioCam Plus, an
engine that generates 400 horsepower
at 7400 rpm. The sprint to 60 mph takes
a scant 4.5 seconds. Top track speed is
183 mph. Add PDK and Sport Plus and
the 0–60-mph sprint time is reduced to
4.1 seconds. As with all 911 models, its
3.8-liter engine is mounted over the rear
axle. This placement creates the handling
prowess for which the 911 is renowned.
With the enhanced grip of Porsche
Traction Management (PTM) active
all-wheel drive, handling in this new
Carrera 4S Cabriolet is even more
poised and balanced, particularly during
performance driving. Control is even
easier—especially in wet conditions or
on snow. After all, while you may want a
Porsche Cabriolet so you can let the sun
shine in, isn’t it reassuring to know you’re
always prepared for harsher elements?
With the new 911 Carrera 4S
Cabriolet, you most certainly are.
More power. Less waste.
Once again, Porsche solves an engineering riddle.
Porsche has always been a company
focused on the future. By finding
innovative ways to reduce fuel
consumption, our engineers continue
to ensure that Porsche sports cars
remain relevant to today’s realities.
The 3.4-liter engine of the 911 Carrera
and Carrera 4 models demonstrates
that at Porsche, performance and
efficiency aren’t mutually exclusive.
Power and torque are increased
compared with those of the previous
model. Yet the engine itself is smaller
and lighter, and uses less fuel.
In their search for improved efficiency,
our engineers analyzed an extensive
series of engine components. Answers
were found, including rapid heating of the
engine and gearbox to normal operating
temperature after an engine start
by the thermal management system,
improved air induction, and extremely
effective Direct Fuel Injection (DFI).
The same principle applies to the
3.8-liter engine in the 911 Carrera S
and Carrera 4S models. There has been
no change in displacement since the
previous model, but power output has
been increased while fuel consumption
has been reduced by up to 15 percent.
Weight is critical to efficiency. This
is why the engines have a light-alloy
construction, making them lightweight
and yet structurally rigid. The result is
comparatively low fuel consumption
and a long service life. The engine
is the intelligent core of our identity.
That is why we have the “Dr. Ing.”
designation in our company name.
The 911 | Engines
The 911 | Engines
The 3.4-Liter Engine
Each of the engines begins with a
strong foundation, retaining a light-alloy
construction to reduce weight while
assuring structural rigidity for durability.
The 911 Carrera and Carrera 4 models
are equipped with a 3.4-liter boxer
engine that is more powerful than its
3.6-liter predecessor. Incorporating
Direct Fuel Injection (DFI) and VarioCam
Plus, it develops 350 horsepower at
7400 rpm and generates maximum
torque of 287 lb.-ft. at 5600 rpm.
The 3.8-Liter Engine
The 911 Carrera S and Carrera 4S
models are powered by a 3.8-liter
boxer engine with Direct Fuel Injection
(DFI) and VarioCam Plus. It produces
400 horsepower at 7400 rpm, and
a maximum torque of 325 Ib.-ft.
is achieved at 5600 rpm.
1500 7500 80002000 2500 3000 3500 4000 4500 5000 5500 6000 6500 70001000
Engine speed (rpm)
1500 7500 80002000 2500 3000 3500 4000 4500 5000 5500 6000 6500 70001000
400 hp325 lb.-ft.
Engine speed (rpm)
Engine cross section: 3.8-liter boxer engine
1. High-pressure pump
2. High-pressure injector
3. Ignition rod module
4. Camshaft controller
5. Valve-lift adjustment switch valve
6. Switch tappet with integrated valve-clearance
7. Intake camshaft
8. Intake valves
9. Valve spring
10. Combustion chamber with Alusil cylinder
11. Forged aluminum piston
12. Forged connecting rod
14. Water pump
15. Air-conditioning compressor
16. PDCC servo pump
17. Vibration damper
18. Alternator pulley with freewheel
19. Hydraulic belt tensioner
20. Resonance valve
21. Resonance distributor
22. Resonance valve actuator
23. Intake manifold with integrated sound chamber
24. Electronically controlled throttle valve
25. Oil filter
26. Electronic map-controlled thermostat
27. Vacuum pump
28. Coolant jacket
29. Crankcase breather
30. Timing chain
31. Auto Start Stop module
911 Carrera S and Carrera 4S: 3.8-liter engine, 325 lb.-ft. at 5600 rpm, 400 horsepower at 7400 rpm911 Carrera and Carrera 4: 3.4-liter engine, 287 lb.-ft. at 5600 rpm, 350 horsepower at 7400 rpm
The 911 | Engines
Engineered for human nature.
Auto Start Stop Function
The Auto Start Stop function is standard
in the 911 models. In the 911 equipped
with manual transmission, the engine
switches off automatically when you
come to a stop, select Neutral, and
release the clutch pedal. In cars
equipped with the optional Porsche
Doppelkupplung (PDK) transmission,
the engine switches off when you
stop and leave your foot on the brake
pedal. All audio and communication
systems remain switched on and the
climate control continues to maintain
your selected temperature. The only
differences you will notice are the
silence at the rear and the fuel savings.
As soon as you engage the clutch
or release the brake, the engine will
restart instantly and smoothly.
The Auto Start Stop function may remain
inactive under certain circumstances—
for example, during extreme outside
temperatures, if the battery charge is
low, or if the Sport button is selected.
It is also possible to deactivate the
function manually using a separate
button on the center console.
The thermal management system
regulates the temperature in the engine
and gearbox through the intelligent
manipulation of heat flow. In this way,
the engine and gearbox reach their
optimal operating temperature sooner,
reducing fuel consumption through
increased combustion efficiency
and lubrication performance.
Electrical System Recuperation
The 911 models are also equipped as
standard with fuel-saving electrical
system recuperation technology. The
vehicle battery is recharged by the
alternator, predominantly under
braking. Under acceleration on the
other hand, the power draw of the
alternator is limited to increase the
engine output available for driving.
The electrical systems are supplied
by the electrical energy stored
during the recharging process.
To be embraced by humanity, fuel-saving
technologies must embrace human
nature. The 911 does exactly that,
answering our desire for exhilaration
and our need for efficiency—without
compromising either one.
Twin tailpipe of the sport exhaust system
Single-tube tailpipe on the 911 Carrera and Carrera 4
Twin-tube tailpipe on the 911 Carrera S and Carrera 4S
The recipe for internal combustion—
air, fuel, spark—has never changed. But
through over 60 years of engineering
advancement, Porsche has turned this
simple recipe into a work of art by fine-
tuning the precise timing, volume, and
movement of these ingredients to suit
the full range of driving demands.
The VarioCam Plus system adjusts
valve timing and valve lift on the inlet
side to provide optimal performance
under different driving conditions. The
system differentiates between driver
inputs that typify normal, everyday
motoring and those that demand
maximum engine response. Based on
these factors, it adapts valve operation
to the prevailing conditions. This
results in smooth running, responsive
acceleration, extraordinary power on
demand, and efficient fuel consumption.
Integrated Dry-Sump Lubrication
Integrated dry-sump lubrication ensures
steady lubrication, even under severe
and prolonged cornering, braking, and
accelerating forces. An electronically
controlled oil pump supplies the
lubricating points inside the engine
as required. In this way, the engine
operates at peak efficiency even under
extreme high-performance driving
conditions. The oil tank is located in
the engine, thereby eliminating the
need for an external oil tank, which
saves both space and weight.
The 911 | Engines
Direct Fuel Injection (DFI)
DFI delivers fuel directly into the
combustion chamber. Injected
under pressure, the atomized fuel
has a cooling effect that allows
for a higher compression ratio,
resulting in greater power output.
In the 911 engines, the spray and cone
angles of the new multi-hole injectors
have been further optimized for torque,
power output, fuel consumption,
emissions, and combustion efficiency.
Depending on conditions, DFI performs
up to three injection pulses per
combustion cycle. These multiple pulses
generate greater torque in the upper
load range, and faster heating of the
catalytic converters after a cold start.
What lies between your home and Le Mans?
Advanced engineering as standard.
This system adjusts the volume of air
entering the engine to suit changes in
engine speed. It does so by cleverly fine-
tuning the air’s vibration as it passes
through the intake manifold. Benefits
include higher torque at low engine
speeds, a flatter torque curve, and a
sporty sound at higher revolutions. The
Carrera S and Carrera 4S operate a two-
stage system. The entire intake system
is made from a durable, lightweight
The exhaust system of the 911 models
has been completely redesigned. The
stainless steel system comprises two
fully independent exhaust tracts. Each
is served by its own catalytic converter,
engineered to heat up rapidly for
effective emissions reduction. A twin-
tube sport exhaust system is available as
an option. With the touch of a button, it
produces an exhaust note with an even
more aggressive sporting character.
The 911 | Transmission
A seven-speed manual transmission.
An experience without equal.
Seven-Speed Manual Transmission
Pure, direct, precise. Short shift
movements and an optimal transition
from one gear to the next. That’s
exactly what you would expect of
a Porsche manual gearbox.
What you might not have expected
is a seven-speed manual gearbox
that combines a high level of sport
performance with an equally high
level of efficiency and offers extra
comfort for longer journeys. It’s
an exceptional innovation, and not
only in the sports car segment.
The design of this manual gearbox is
based in principle on that of Porsche
Doppelkupplung (PDK). Gears 1 to 6
have a sports ratio and top speed is
reached in 6th gear. The additional 7th
gear, however, has a long ratio, which
reduces torque and helps to reduce
fuel consumption. Lower engine revs
at fast driving speeds also ensure a
high level of comfort on long stretches
of road. In addition, a gear indicator
in the tachometer reminds you which
gear has been selected. The upshift
indicator in the instrument cluster
helps you actively conserve fuel.
Thanks to the elevated center
console, the gear shifter is within easy
reach—ideal for sporty gear changes.
Whether you select a performance or
comfortable gear, the way you reach
your destination is in your own hands.
4 6 2 1 3 5
The 911 | Transmission
Porsche Doppelkupplung (PDK)
The 7-speed PDK is available as an
option for all of the 911 models, giving
the driver the ability to enjoy driving
in either manual or automatic mode,
with significant performance and
efficiency benefits. This double-clutch
transmission has been further refined for
the 911, enabling fast gear changes in
milliseconds with no interruption in the
flow of power, improving acceleration
while reducing fuel consumption.
PDK has seven forward gears. Gears 1
to 6 have a sport ratio, and top speed
is reached in sixth gear. Seventh gear
has a long ratio and helps reduce
fuel consumption and engine noise
by reducing engine revolutions.
PDK is essentially two gearboxes in a
single unit: One gearbox contains the
odd gears (1, 3, 5, 7); the other contains
the even gears (2, 4, 6). Each gearbox
has its own clutch. During a gear
change, one clutch opens at the precise
moment the other closes. Gear changes
can therefore take place in an instant.
When the Sport button is engaged,
PDK is optimized for rapid shifts.
Choose the optional Sport Chrono
Package, and PDK is enhanced by
the Launch Control and motorsport-
derived gearshift strategy functions.
Porsche Doppelkupplung (PDK)
The “coasting” function available
with Porsche Doppelkupplung (PDK)
enables you to save even more fuel
when the situation allows. The engine
is decoupled from the transmission to
prevent deceleration caused by engine
braking. In this way, optimal use is made
of the vehicle’s momentum, allowing
it to coast for longer distances.
For example, you may want to slow
down from 60 to 50 mph in anticipation
of the change of speed limit ahead.
As soon as you gently release the
accelerator pedal, PDK deselects the
current gear automatically, and you
begin to coast in Neutral until you
have reached your desired speed. The
moment you engage the accelerator
or brake pedal, PDK selects the
appropriate gear smoothly and
seamlessly within a fraction of a second.
Another way to reduce fuel consumption is
to utilize the coasting function on downhill
gradients that are gentle enough for you
to maintain a constant speed. Efficient on
long journeys, such as on the highway,
PDK remains ready to respond as swiftly
and precisely as you would expect.
In short, driving that utilizes
coasting mode makes a real impact
on fuel consumption without any
need for compromise on comfort
or sport performance.
The 911 | Transmission
It is possible to have a lot of
power and yet not be able to move
anything. Only by using your power
intelligently will you truly progress.
Enhanced Porsche Traction Management
(PTM) is standard on all 911 Carrera
all-wheel-drive models. It is an active all-
wheel-drive system with an electronically
variable map-controlled multiplate
clutch, Automatic Brake Differential
(ABD), and Anti-Slip Regulation (ASR).
Drive power is distributed between
the permanently driven rear axle
and the front axle by means of the
electronically variable multiplate clutch.
The status of the vehicle is continuously
monitored so that it is possible to
respond to changing driving situations.
Sensors are used to collect a range
of data, including the rotational speed
of all four wheels, the lateral and
longitudinal acceleration of the car,
and the current steering angle.
If, for example, the rear wheels begin
to lose traction under acceleration, a
greater proportion of the drive power
is automatically transmitted to the front
axle by a more positive engagement
of the multiplate clutch. In addition,
ASR prevents wheelspin by adapting
the engine’s power output. During
cornering, the optimal level of drive
power is distributed to the front wheels
to ensure excellent lateral stability.
In conjunction with Porsche Stability
Management (PSM), PTM helps to
ensure a more ideal distribution of drive
power for optimal traction in most road
scenarios, whether on long straights,
through tight corners, or on surfaces
with different friction coefficients.
Power, intelligently applied.
Porsche Traction Management (PTM).
The 911 | Body and chassis
“That can’t be done.”
If ever a sentence gave motivation to sports car designers, this is it.
Body and chassis.
Super high-strength micro-alloyed steels
The car’s body and chassis are the
unsung heroes in vehicle dynamics.
Agile, predictable handling rests on the
car’s ability to let suspension, engine,
steering, and brakes do their job
without the body twisting. The challenge
is to achieve this strength without
adding weight—the shared enemy of
performance and fuel efficiency.
The 911 fulfills these opposing goals with
its completely new bodyshell. Dynamic
torsional stiffness has been increased
up to 25 percent over its already
impressive predecessor. Amazingly,
this was achieved while shedding up to
approximately 100 pounds (45 kg).
How is this done? Precise, innovative
techniques are used to combine
diverse metals, whose specific material
properties are applied exactly where
needed for optimal strength. Thin yet
extremely rigid sheets of steel form the
bodyshell. Aluminum and magnesium
are used extensively in areas such as
the roof, underbody, front end, doors,
and rear quarters, as well as in the
engine and luggage compartment lids.
Lightweight magnesium is also selected
for the cockpit support beam and, on
the Cabriolet models, the top frame.
This intelligent blend of materials
reduces the weight of the vehicle, which
brings a host of benefits: more precise
and predictable handling, improved
acceleration, lower braking demands,
and better fuel efficiency. Its excellent
vibration-damping characteristics also
improve driving comfort. Stability and
ride quality are further enhanced by the
3.9-inch (100mm) longer wheelbase.
Front and Rear Axles
The redesigned independent suspension
at the front features a lightweight
spring-strut axle with longitudinal and
transverse links and crossmembers
that have been refined for stiffness.
With this design, the front wheels
remain precisely located, providing
excellent directional stability, superior
handling, and reduced dive—or
pitching—under heavy braking. The new,
wider front track optimizes turn-in.
The rear axle is equipped with a
motorsport-derived multi-link suspension
and chassis subframe based on the
LSA concept (Lightweight, Stable,
Agile), which has been modified to
provide an even quieter ride. Refined
axle kinematics improves damping,
reduces acceleration squat, and
increases comfort. Lightweight spring
struts further enhance agility.
The high proportion of aluminum in the
axle assemblies reduces the weight
of the vehicle and of the unsprung
masses, helping to improve agility,
efficiency, and driver comfort.
Rear axle of the 911 Carrera SFront axle of the 911 Carrera S
The 911 | Body and chassis
Taking control to a new level.
Porsche Active Suspension
An even more advanced version of PASM
comes standard in the 911 Carrera S
and Carerra 4S models, and is available
as an option in the 911 Carrera models.
This system actively and continuously
regulates damping forces according
to driving style and road conditions. In
addition, it allows for a 0.39-inch (10mm)
lower ride height, improving stability.
Sensors monitor body movements
generated by powerful acceleration,
braking, or uneven road surfaces.
The PASM control unit modifies the
damping force at each of the wheels
accordingly. In the 911, the number
of sensors has been increased for
improved data acquisition and even
more efficient control interventions.
PASM has two modes, which can be
selected using a separate button on
the center console: “Normal,” which is
a blend of performance and comfort,
and “Sport,” with harder damping,
appropriate for high-performance driving.
When uneven roads are encountered
in Sport mode, PASM immediately
switches to a softer rating, improving
road contact. When the road surface
improves, PASM automatically reverts to
the original damping. If Normal mode is
selected and the driver’s style becomes
more assertive, PASM automatically
switches to a harder rating.
The results are tangible: increased
driving stability, enhanced roadholding,
and improved comfort.
PASM Sport Suspension
The PASM Sport Suspension is available
as an option for all Coupe models, in
conjunction with 20-inch wheels and
Porsche Torque Vectoring (PTV) or
Porsche Torque Vectoring Plus (PTV Plus).
The ride height is 0.79 of an inch
(20 mm) lower than the standard
911 Carrera suspension, and 0.39
of an inch (10 mm) lower than the
PASM suspension. The springs are
harder and shorter, and the anti-
roll bars on the front and rear axles
are stiffer. Front spoiler lip and rear
spoiler control are revised to further
reduce lift at the front axle and
even provide downforce at the rear
axle. The improved aerodynamics
provides even better performance.
Porsche Dynamic Chassis Control
PDCC, an option available on the
911 Carrera S and Carrera 4S models,
is an active anti-roll system that
reduces lateral body movement during
cornering. With this system, hydraulic
stabilizing actuators located at each
wheel actively optimize wheel camber,
their action moderated based on
steering angle and lateral acceleration.
The result is more stable lateral load
transfer, sharper turn-in, and improved
dynamic performance. PDCC is also
helpful in minimizing the car’s lateral
instability over uneven ground and
in emergency maneuvers requiring
sudden steering inputs. In simple
terms, the vehicle holds the road
better and you can steer through
corners faster and in a more relaxed
manner with greater ride comfort. In
this way, PDCC contributes to a new
benchmark in dynamic performance.
Porsche Stability Management (PSM)
The 911 models feature enhanced PSM
as standard equipment. Sensors within
the car continuously monitor direction,
speed, yaw velocity, and lateral
acceleration. Using this information, PSM
is able to calculate the actual direction
of travel at any given moment. If the car
begins to oversteer or understeer, PSM
applies selective braking on individual
wheels to help restore stability. Under
acceleration on wet or low-grip road
surfaces, PSM improves traction
using the Automatic Brake Differential
(ABD), Anti-Slip Regulation (ASR), and
Engine Drag Torque Control (EDC).
In cars equipped with the optional Sport
Chrono Package, the driver can raise the
PSM activation threshold by selecting
the Sport Plus setting. For an even
more dynamic experience, the driver
can fully deactivate PSM. The system
is automatically reactivated only if the
driver brakes hard enough to require
ABS engagement at one of the front
wheels (or both front wheels, if the driver
has selected Sport Plus mode). ABS and
ABD, however, remain active at all times.
Electromechanical Power Steering
Research shows that a car drives in a
straight line 90 percent of the time.
That inspired Porsche to develop a
new electromechanical power-steering
system for the 911. In place of a
conventional hydraulic steering pump,
which constantly demands a portion
of the engine’s power, this system
Rapid cornering in the 911 Carrera without PDCC (illustrative example) Rapid cornering in the 911 Carrera S with PDCC (illustrative example)
employs an electric motor that uses
energy only when the steering wheel
is actually turned. The absence of
hydraulic fluid also makes the system
more beneficial to the environment.
When twists and turns beckon, the
steering system has the classic Porsche
feel. It features a variable-steering ratio
and responds sensitively and directly,
providing the driver with the agility
and feedback customary in a 911.
Power Steering Plus
Power Steering Plus, the speed-sensitive
power-steering system, is available as
an option for the 911 Carrera models.
At high speeds, the steering is firm.
At low speeds, the steering support of
Power Steering Plus adjusts for much
easier maneuvering and parking.
Tire Pressure Monitoring System
This safety system sends warnings
to the onboard computer’s display
screen in the event of a gradual or
sudden loss of pressure. The individual
pressures in all four tires can be
displayed in the instrument cluster.
The 911 | Body and chassis
An exhilarating feature is the Sport
button, now standard on the 911.
The Sport button adjusts the engine’s
response to suit one’s preferred
driving style. Pressing the Sport button
changes the electronic engine mapping
so it engages a sharper throttle
response. In vehicles with Porsche
Doppelkupplung (PDK), automatic
upshifts take place at higher rpm’s
and downshifts happen sooner, while
coasting mode of the PDK and the Auto
Start Stop function are deactivated. In
cars equipped with the optional sport
exhaust system, a more assertive
exhaust note is also activated. Turning
the Sport button off allows the driver
to adjust for a more leisurely driving
style with smoother throttle response.
Sport Chrono Package
The Sport Chrono Package is optional
in the new 911 models. With a touch of
the Sport Plus button, this integrated
system adjusts engine and transmission
for high-performance driving. In
addition, it includes a performance
display with both digital and analog
stopwatches, and the Sport Plus
button. An additional display in the
steering wheel and instrument cluster
indicates whether the Sport button and
Launch Control have been activated.
Sport tuning at the touch of a button.
Additional performance systems.
On activation of Sport Plus mode,
Porsche Active Suspension Management
(PASM) and, in the S and 4S models,
the optional Porsche Dynamic Chassis
Control (PDCC) switch to a firmer
damping setting for more direct
steering and better roadholding.
In Sport Plus mode, the trigger
threshold for PSM is raised. Agility is
perceptibly enhanced when braking
for corners with PSM, allowing for
sportier braking and exit acceleration.
For maximum dexterity, PSM can
be set to standby while the car is
still in Sport Plus mode. For safety,
it is set to intervene automatically
only when ABS assistance is
required on both front wheels.
In cars equipped with Porsche
Doppelkupplung (PDK), the selection
of Sport Plus adds two additional
high-performance functions ideal
for motorsports. The first is Launch
Control, which can be used on the
track or autocross course to achieve
the fastest possible standing start.
The second is a motorsport-derived
gearshift strategy: Shifting becomes
lightning-fast and shift points are
optimized for maximum acceleration.
The Sport Chrono Package includes
a stopwatch mounted on the
dashboard. The driver can store and
evaluate lap times via the Porsche
Communication Management (PCM)
system. The display shows lap
distance, lap number, individual lap
times, and total driving time.
Dynamic Engine Mounts
Dynamic engine mounts are included
in the new Sport Chrono Package.
Based on the dynamic engine mounts
formerly available in 911 GT3 and
911 Turbo models, they make a decisive
contribution to dynamic performance
by controlling centrifugal forces.
The electronically controlled system
minimizes the oscillations and vibrations
of the entire drivetrain, especially
the engine. The engine is bolted to
the body by two mounts. Like any
mass, it obeys the law of inertia. This
means that it will continue moving in
a uniformly straight line unless some
force causes it to change direction.
Dynamic engine mounts minimize
the centrifugal effect. Steering angle
and both longitudinal and lateral
acceleration are constantly recorded by
sensors. The stiffness and damping
performance of the engine mounts
adapt to changes in driving style and
road surface conditions, which is
achieved by use of a fluid magnetized
in an electrically generated field.
The 911 | Body and chassis
This results in greater traction and
more stable handling under load change
conditions and in fast corners.
The 911 | Body and chassis
Porsche Torque Vectoring (PTV) and
Porsche Torque Vectoring Plus
PTV in conjunction with the manual
gearbox, and PTV Plus with Porsche
Doppelkupplung (PDK), are available
as options for the 911 Carrera and
Carrera 4 models and standard in the
911 Carrera S and 4S models. Both
systems actively enhance vehicle
dynamics and stability. Operating in
conjunction with a mechanical (PTV) or
electronic (PTV Plus) rear differential
lock, they work by braking the rear
wheels as the situation demands.
As a function of steering angle and steering
speed, accelerator pedal position, yaw
rate, and vehicle speed, PTV and PTV Plus
are able to improve steering response
and steering precision by specific
braking of the right or left rear wheel.
To be more precise, this means that
when the car is driven assertively into
a corner, moderate brake pressure
is applied to the inside rear wheel.
Comparatively, a greater amount of
drive force is distributed to the outside
rear wheel, inducing an additional
rotational pulse (yaw movement)
around the vehicle’s vertical axis. This
results in a direct and sporty steering
action as the car enters the corner.
At low and medium vehicle speeds, PTV
and PTV Plus significantly increase agility
and steering precision. At high speeds
Attack the corners.
Maintain good posture.
and when accelerating out of corners,
the rear differential lock ensures greater
driving stability. With PTV, the differential
lock is regulated mechanically; with
PTV Plus, it is regulated electronically
and the torque distribution is infinitely
variable. Whichever system is fitted,
it interacts with Porsche Stability
Management (PSM) to improve driving
stability on a range of surface conditions,
including wet conditions and snow.
For the driver, this means remarkable
stability, easier handling, and outstanding
traction as well as greater agility
at speed with precise steering and
stable load transfer characteristics.
What else? Unrivaled driving
pleasure at every twist and turn.
The 911 | Body and chassis
Open, flexible, independent.
A long-term relationship is in the air.
Electrically Powered Wind Deflector
Once again, our engineers have explored
new directions, this time in the wind
tunnel. The Cabriolet models are
equipped as standard with an electrically
powered wind deflector, which offers
practically wind-free driving and minimal
wind noise with the top down.
With the 911 Cabriolet, installing and
removing the wind deflector is now a
thing of the past because it is integrated
directly into the body behind the rear
seats—ready for use at all times.
For unrestricted top-down driving
pleasure, the wind deflector extends or
retracts in approximately two seconds,
no matter how fast you are driving.
Electrically powered wind deflector
Our engineers have completely redesigned
the top for the Cabriolet models. The
result is a flexible roof comprising a
glass rear window and three individual
and integral cabriolet top elements,
which are manufactured from magnesium
and covered in fabric. This makes the
top highly robust and lightweight.
Another benefit of the design is that
the top is smooth and firm. The fabric
remains taut and has elegant design
lines. Aerodynamic design produces
a low drag coefficient of just 0.30 on
Carrera and Carrera S models and 0.31
on Carrera 4 and Carrera 4S models.
A further feat of Porsche engineering.
The rear window is made from
glass and is electrically heated and
scratch-resistant to provide excellent
rearward visibility. A rain channel on
the top carries away water to avoid
dripping when the doors are opened.
Electrically powered, the top is operated
using a button on the center console.
It opens or closes in approximately
13 seconds and remains operable
at up to a speed of 31 mph. The
concertina action ensures optimal
protection for the interior lining.
The interior top lining is made from a
heat-insulating and sound-absorbing
material. Consistent interior temperatures
and an effective suppression of wind
noise are the perceptible results.
Thankfully, however, even the top’s
soundproofing properties are no match
for the resonant Porsche sound.
The 911 | Body and chassis
Allow us to illuminate the subject of illumination.
Taillights and light strip (Carrera 4 and Carrera 4S models) Porsche Dynamic Light System (PDLS) cornering lightsPorsche Dynamic Light System (PDLS) headlights
Bi-Xenon™ headlights are standard on
the 911 models. The lights illuminate
the road ahead more uniformly.
Automatic headlight activation is
standard: As you drive into the dark
of evening, the daytime running
lights switch off and the low-beam
headlights switch on automatically.
When the vehicle ignition is shut off, the
headlights are shut off automatically.
The “Welcome Home” lighting
feature automatically switches on
the LED daytime running lights for a
defined period whenever the vehicle
is unlocked or locked using the key
remote. The daytime running lights,
taillights, and, where applicable,
the courtesy lights remain on for
the time interval you preselect.
Advanced LED technology
The LED front light units incorporate
direction indicators, daytime running
lights, and position lights. Cutting-
edge LED technology is also used
for the taillights, the high-level
third brake light, the license plate
illumination, the rear direction
indicators, and the rear fog light.
LEDs provide better illumination and
respond more quickly to driver input.
Porsche Dynamic Light System (PDLS)
The Porsche Dynamic Light System
(PDLS) with the headlight-cleaning
system is available as an option for
all models. Its dynamic cornering light
function swivels the headlight beam
toward the inside of a turn, based on
steering angle and road speed, providing
additional light where it’s needed.
The system also offers speed-
sensitive headlight range control. PDLS
automatically adjusts the low beam to
project to the appropriate range for your
driving speed. The short-range covers
most city traffic speeds. A mid-range
extends the beam further for moderate
speeds, such as on an open road. A
long-range engages at high speeds.
PDLS also includes an adverse weather
function, activated whenever the rear
fog light is switched on. It reduces the
effect of light reflection in poor-visibility
conditions, and minimizes reflection
bounce-back that may dazzle the driver.
Light Design Package
The optional light design package
adds practical and aesthetic appeal to
the interior of your 911. It comprises
dimmable LEDs in the door panels,
overhead console, footwells, ignition
lock, and rear compartment.
The 911 | Safety
Porsche sports cars are famous not
just for their brief sprint times, but
for their even more concise braking
distance. The braking systems in the
Porsche 911 set the standard for
deceleration and stability, and give
the driver the reassurance needed
to push the car to the limits.
The 911 Carrera and Carrera 4
are fitted front and rear with black
anodized, four-piston, aluminum
monobloc fixed calipers. All brake
rotors have a diameter of 330 mm.
On the 911 Carrera S and Carrera 4S
models, the brakes are differentiated
not just by the red calipers, but by
larger brake rotors and more brake
pistons at the front wheels, to cope
with their increased engine power.
The new generation of brakes features
six-piston, aluminum monobloc fixed
calipers at the front and four-piston,
aluminum monobloc fixed calipers at
the rear. The brake disc diameter is
340 mm at the front and 330 mm at
the rear. The results are enhanced
braking performance and a reduction
in stopping distance compared
with that of the previous model.
On all models, the brake calipers have
an enclosed monobloc construction.
This makes them tougher but lighter
and enables a more rapid engagement
and release of the brake, even under
extreme loads. The pedal travel is
short and the biting point precise. The
brake discs are cross-drilled for better
characteristics in wet conditions.
Also standard is the Anti-lock Brake
System (ABS), designed to keep
deceleration constant. Pedal effort is
reduced and braking response improved
by a newly developed tandem vacuum
brake booster. In the Carrera S and
Carrera 4S models, brake disc cooling is
further enhanced by modified air spoilers.
Standard brake system on the 911 Carrera
and Carrera 4
Standard brake system on the 911 Carrera S and
Control, discipline, precision.
At Porsche, we take driving very seriously.
What we’ve discovered from over 30,000 racing victories:
Brake later; finish sooner.
Porsche Ceramic Composite Brakes
The Porsche Ceramic Composite Brakes
(PCCB) were developed to cope with
the harshest track requirements in mind
and are fitted in cars that compete in
demanding events such as the Porsche
Mobil 1 Supercup. They are now also
available as an option on all 911 models.
The cross-drilled PCCB ceramic brake
rotors for the 911 have a diameter of
350 mm front and rear for even more
formidable braking performance.
The use of six-piston, aluminum
monobloc fixed calipers on the front
axle and four-piston units at the rear
(all finished in yellow) imparts high and
consistent brake pressure. PCCB provide
all the ingredients for short stopping
distance, especially under the toughest
road and track conditions. Excellent
fade resistance allows consistent brake
control when slowing from track speeds.
The key advantage of PCCB is the
extremely low weight of the ceramic
brake rotors, which are 50 percent
lighter than standard rotors of similar
size and design. This represents a major
reduction in unsprung and rotating
masses. The consequence of this is
better roadholding and increased comfort,
particularly on uneven roads, as well as
greater agility and improved handling.
Keep in mind that the service life of
any brakes—even the most durable—
will be greatly reduced if used for
circuit racing, track days, or other
high-performance driving. As with
conventional high-performance braking
systems, Porsche recommends that all
PCCB components be professionally
inspected and serviced, as needed,
before and after every track event.
The 911 | Safety
The 911 | Safety
Electric Parking Brake
The new electric parking brake, which
you can activate and deactivate
manually, releases automatically as you
pull away. The hold function assists the
driver in making a comfortable, smooth,
and roll-free start on an incline. The
system automatically detects that the
vehicle has been braked to a halt on an
incline. Provided a gear is engaged, the
brake pressure is maintained at all four
wheels for approximately two seconds
once the brake pedal is released.
The vehicle is therefore temporarily
prevented from rolling backward.
This brake pressure is reduced once
sufficient revs have been generated by
the driver depressing the accelerator
pedal (or, in the case of manual
transmission, the accelerator pedal is
depressed and the clutch is released).
The 911 models offer advanced airbag
technology in the form of full-size driver
and front-passenger airbags, which
are inflated in two stages depending
on the severity and angle of impact
(for example, frontal or offset frontal).
In less serious accidents, the airbags
are only partially inflated, thereby
minimizing discomfort to the occupants.
Also included are knee airbags for
both the driver and passenger.
In addition to the central airbag control
unit on the transmission tunnel, two
impact sensors are located near
the headlights. This allows a crash
to be detected and evaluated.
Porsche Side Impact
Protection (POSIP) System
All of the 911 models are equipped
as standard with the Porsche Side
Impact Protection (POSIP) system.
It comprises side impact protection
elements in the doors and two airbags
on each side. An integral thorax airbag
is located in the seat backrests,
while the door panels each contain
an upward-inflating head airbag. Each
thorax airbag has a volume of 2.6
gallons (10 liters) and each head airbag
3.9 gallons (15 liters), to help provide
protection in the event of a side impact.
Cabriolet Rollover Protection
Despite their low weight, the 911 Carrera
Cabriolet models have exemplary
torsional rigidity and flexural strength.
Body flexing is minimal, even on
the most poorly surfaced roads.
Increased protection is provided by
an automatically deploying rollover
protection system if the car were
to overturn. Two spring-loaded,
automatically deploying supplemental
safety roll bars are neatly incorporated
behind the rear seats. The rollover
sensor continuously monitors the car’s
pitch and roll, and contact with the
road, as well as lateral and longitudinal
forces. If the car were to overturn, the
automatically deploying supplemental
safety roll bars would be deployed.
Instruments in the 911 Carrera S with Aluminum-colored tachometer
An interior focused on the driver.
For drivers focused on the road.
What makes the 911 interior so engaging?
It was designed that way. Every curve,
every plane, every control and information
system was developed to engage the
driver in the art of driving with maximum
enjoyment and minimal disruption.
Leather provides more than lasting
elegance. It enhances tactile grip on
the steering wheel rim, door handles,
and armrests—all standard—while the
standard Leather seating surfaces help
keep the driver firmly in place. The Coupe
roof liner is finished in Alcantara®
For greater personalization, the 911
offers a wide choice of interior colors.
Standard color choices include Black,
Platinum Grey, Luxor Beige, and Yachting
Blue. Two-tone combinations, special
colors, and Natural Leather are also
available. Further personalize your
911 by choosing optional Carbon,
Aluminum, or Wood accents.
The five-dial instrument array provides the
driver with vital information at a glance.
The tachometer is exactly where Ferry
Porsche intended it to be: at the center.
In the first gauge to the right is a high-
resolution, 4.6-inch TFT color screen,
where the driver can quickly check
information from the onboard computer,
such as speed, trip mileage, journey
time, or current fuel consumption. It
also displays the navigation system
map, delivers various warnings—
including alerts from the Tire Pressure
The 911 | Comfort
Monitoring System (TPMS)—and
reminds you of your selected
communication and audio settings.
The 911 | Comfort
Sport Steering Wheel
In the 911, there is a point at which
all forces come together: the steering
wheel, the most important interface
between driver and sports car. This is
why a sport steering wheel is standard
in all 911 models. It features a high-
grip rim in Smooth-Finish Leather and
offers outstanding ergonomics. It is also
available in Carbon or Mahogany. A full-
size airbag is integrated at the wheel’s
center. For optimal comfort, the steering
wheel adjusts for both height and reach.
SportDesign Steering Wheel
The optional SportDesign steering
wheel employs high-grip moldings and,
in conjunction with PDK, two gearshift
paddles. These are made from a strong
alloy and are ergonomically located
behind the left- and right-hand steering
wheel spokes. Pull the right-hand paddle
and PDK shifts up. Pull the left-hand
Multifunction Steering Wheel
An optional multifunction steering
wheel provides four function buttons
and two thumbwheels for convenient
operation of audio, Bluetooth®
phone and navigation functions, TFT
display, and onboard computer.
In conjunction with the PDK, the steering
wheel is equipped with two ergonomic
gearshift switches, enabling you to
change gear directly from the steering
wheel. With the optional Sport Chrono
Package, the steering wheel also
features a display above the airbag
module to inform you whether the
Sport, Sport Plus, and Launch Control
functions have been activated.
SportDesign steering wheel
paddle and PDK shifts down. When PDK
has been combined with the optional
Sport Chrono Package, the left- and
right-hand spokes additionally feature an
integrated display that tells you whether
the Sport, Sport Plus, and Launch
Control functions have been activated.
Steering Wheel Heating
For increased comfort on cold days,
steering wheel heating is available as
an option for the sport steering wheel
and multifunction steering wheel (only
in conjunction with seat heating).
Multifunction steering wheel in conjunction with PDK and Sport Chrono Package SportDesign steering wheel with gearshift paddlesSport steering wheel
The ideal basis for any relationship:
support as well as freedom.
The 911 | Comfort
Fitted as standard, the 911 has refined
sport seats that combine even greater
comfort with racing-style support and
now feature four-way power adjustment.
Sport Seats Plus
Available as an option are Sport Seats
Plus in Leather, with electric seat-
height and backrest adjustment and
mechanical fore/aft adjustment. The
thigh and back side-bolsters have
firmer, sportier padding for even
better lateral support. The backrest
shell is finished in Silver Grey.
Power Sport Seats
The optional 14-way Power Sport
Seats with memory package offer
full power adjustment of the front
The driver memory function allows
storage of driver seating preferences
as well as settings for the steering
wheel position, outside mirrors, lights,
wipers, climate control, door locks,
PCM, and instrument cluster. Offering
18-way electric adjustment, the seats
can be adjusted for seat height,
bottom cushion and backrest angle,
thigh-support depth, four-way lumbar
support, and fore/aft position. The seat
also features inflatable side bolsters
for bottom cushion and backrest.
Although not part of the memory
function, the thigh and back side-
bolsters are independently adjustable
for added comfort and precision lateral
support on winding roads. The steering
column is also power-adjustable.
seats—including seat height, bottom
cushion and backrest angle, thigh-
support depth, four-way lumbar support,
and fore/aft position—as well as a
power-adjustable steering column.
The integrated memory system stores
the driver’s seating preferences,
as well as settings for the steering-
wheel position, outside mirrors,
lights, wipers, climate control, door
locks, PCM, and instrument cluster.
Adaptive Sport Seats Plus
The optional 18-way Adaptive Sport
Seats Plus are the ideal combination
of sport and comfort. Finished in
Leather, they feature firmly padded
side bolsters and shoulder supports.
Seat Heating and Ventilation
Seat heating is available as an
option for the front seats. Seats
are heated in the bottom cushion,
backrest, and the side bolsters.
In conjunction with seat heating, Porsche
will equip the seats with seat ventilation
on request. A slipstream effect is
produced by active ventilation of the
perforated seat center and backrest and
by passive aeration at the side bolsters,
improving your comfort in hot weather.
The rear seats are remarkably
comfortable for a sports car, and the
shelf behind offers additional storage
space. In the Coupes, the backrests
fold to offer a generous 9.1 cubic feet
(260 liters) of luggage space in the
rear. The Cabriolet models offer split-
folding rear seat backrests offering
5.6 cubic feet (160 liters) of storage.
LATCH child seat preparation including
top tether is standard on the rear seats.
Power Sport SeatSport Seat Plus Adaptive Sport Seat Plus
Adaptive Cruise Control displayRadar sensor of Adaptive Cruise Control
The 911 | Comfort
The new 911 features standard two-zone
automatic climate control, including
separate temperature controls for the
driver and front passenger, enhanced
ventilation, and three air-conditioning
modes: gentle, normal, and strong.
In addition to controlling temperature,
the system also enhances air quality.
An active carbon filter traps particles,
pollen, and odors, while an automatic
air-recirculation function monitors air
quality, reduces humidity, and switches
from fresh to recirculated air as required.
A defogger keeps the windows
clear in cold weather. In warmer
weather, a solar sensor detects
strong sunlight and automatically
compensates for the comfort of both
the driver and front passenger.
The standard HomeLink®
into the overhead console. At the
push of a button, it controls up to
three different garage doors or gates,
lighting systems, or alarm systems.
Rear ParkAssist (standard for the
Cabriolet models and optional on the
Coupes) features four sensors neatly
concealed in the rear bumper. When the
driver is backing the car, an intermittent
warning tone increases in rapidity as
a detected obstacle is approached.
An enhanced version of ParkAssist, with an
additional four sensors concealed in the
front bumper, is available on request. The
audible alert is supplemented by a visual
warning in the central display screen,
which shows a graphical representation
of the vehicle from overhead.
Exterior Mirrors and Rearview Mirror
Power-adjustable exterior mirrors are
standard, and are distinguished in the new
911 by their mounting point, located on
the doors for improved aerodynamics.
Electrically folding exterior mirrors
with courtesy lighting on both sides
of the vehicle are available as an
option. By illuminating the area in
front of the doors, they make it
easier to find your way in the dark.
An auto-dimming function for the
rearview mirror and exterior mirrors
is also available as an option.
As the driver of a Porsche 911, you
naturally prefer to keep your right
foot actively engaged in applying
the throttle—most of the time. But
on long stretches of road, standard
cruise control offers a welcome
alternative. It can be used at speeds
over 20 mph and is activated by a
button on the steering column.
Adaptive Cruise Control with Porsche
Active Safe (PAS)
Available as an option, this cruise
control function regulates your speed
according to the distance between
your vehicle and the vehicle in front. A
Find your comfort zone.
Comfort and convenience features.
radar sensor monitors the road ahead
up to a distance of 650 feet. If you
have set a cruising speed but have
begun to gain on the vehicle in front
because it is driving more slowly, this
is detected by the radar sensor.
The system now reduces the speed
of your vehicle at a maximum rate of
by restricting the throttle
or gently applying the brakes, until
the distance that you have preset
is maintained. Your vehicle will now
continue at a reduced speed. If the other
vehicle decelerates further, Adaptive
Cruise Control will continue to reduce
your cruising speed—even down to a halt.
For additional safety, if the system
detects that the distance from the
vehicle in front is decreasing, it will
also prepare your vehicle for braking
by precharging the braking system
so that the brake pads are already
in light contact with the brake discs.
However, drivers still have to perform
heavier braking themselves.
As soon as the road ahead clears again,
your vehicle will accelerate back up
to the cruising speed originally set.
If your vehicle approaches the vehicle
in front too quickly, Porsche Active
Safe (PAS) will issue audible and visual
warnings. In addition, the system briefly
jerks the brakes and if necessary
initiates target braking, with any braking
pressure applied by the driver being
increased within certain system limits.
Electric tilt/slide sunroofGlass tilt/slide sunroof
The 911 | Comfort
Roof Transport System
Available as an option for the Coupe
models, the new aluminum Roof
Transport System is aerodynamically
efficient, very lightweight, and
easy to attach. A range of
attachments is available, such as
a roof box, a bike carrier, or a ski/
snowboard carrier. Maximum roof
load is 165 pounds (75 kg).
The luggage compartment volume in the
911 Carrera and Carrera S models is 4.7
cubic feet (135 liters) and 4.4 cubic feet
in the Carrera 4 and Carrera 4S models.
The luggage compartment is fully
trimmed in scratch-resistant materials—
perfect for weekend adventures.
Porsche Entry & Drive
With the optional Porsche Entry &
Drive, you can enter and drive without
removing your electronically coded key
from your pocket. As soon as you touch
the door handle or the Porsche Crest
on the luggage compartment lid, the
system checks the encrypted access
code embedded in your key. Once the
key is validated, the door or the luggage
compartment lid unlocks. The engine
can then be started and switched off
using the electronic ignition switch.
To lock the vehicle, you simply
press the button on the outside of
the door handle. Porsche Entry &
Drive then locks the vehicle and
activates the engine immobilizer.
All 911 models are equipped
with anti-theft protection, which
includes an immobilizer with in-key
transponder and an alarm system
with radar-based interior surveillance.
The system secures the doors,
luggage compartment, passenger
compartment, and ignition lock.
The optional electrically adjustable
tilt/slide sunroof for the Coupe
models features an all-new design
that opens outward, so that it
doesn’t sacrifice headroom.
Another advantage of the new design
is the much larger sunroof opening,
adding to the sensation of open-air
driving. The new two-position, net-
type wind deflector protects against
draft and minimizes wind noise.
Sunroof in Glass
The electrically adjustable tilt/slide
sunroof is also available in tinted single-
glazed safety glass. An integral electric
sunblind provides shade from unwanted
bright light. It is available in five different
colors. The design, headroom, and
aperture of the glass roof are identical
to those of the regular tilt/slide sunroof.
The only difference is that, even when
closed, the glass sunroof still gives
you that open-to-the-sky feeling.
Porsche Communication Management (PCM) including navigation module
Porsche Communication Management
(PCM) Including Navigation Module
The latest version of Porsche
Communication Management, PCM
3.1, is standard equipment on the
new 911. Powerful, multifunctional,
and easy to use, PCM is your
control center for audio, navigation,
and communication functions.
The main feature is the larger, more
intuitive seven-inch touchscreen.
Alternatively, you can choose to
operate PCM using conventional
rotary push-button controls. With a
maximum of five list items per page,
the screen display is very clearly
presented. A useful help function is
displayed at the foot of the screen.
Radio functions include up to 42
memory presets and an FM dual
tuner, which continuously scans in
the background for the best signal.
The DVD audio drive plays CDs and
audio DVDs and is MP3-compatible.
Audio playback of video DVDs is
also supported. A six-disc CD/
DVD changer integrated into PCM
is available as an option.
A navigation module with high-speed
hard drive is included with PCM. Route
guidance can be displayed in either 2-D
or 3-D perspective. In some regions,
topographical features and buildings
can be displayed in 3-D. Split-screen
mode enables you to view two functions
at once, such as the current navigation
map and a list of symbols that
represent the next driving instruction.
A standard Bluetooth®
you connect your Bluetooth®
mobile phone to the PCM with Hands-
Free Profile (HFP), allowing you to
receive and place calls. Basic functions
can be controlled via PCM or the
optional multifunction steering wheel.
The optional quadband GSM telephone
module offers convenience and excellent
reception. The Bluetooth®
a mobile phone can be used to make
calls via the SIM Access Profile (SAP).
Once automatic pairing is complete, the
mobile phone’s antenna is switched off to
conserve battery charge and the phone
operates via the car antenna. Depending
on the mobile phone model, this gives
access not only to the numbers on the
SIM card, but also to the phone’s internal
memory. Depending on the phone, it
can also be controlled using PCM, the
optional multifunction steering wheel,
or the optional voice-control system,
without it ever leaving your pocket.
The telephone module also enables you
to establish a Bluetooth®
link with those
mobile phones that support only the
Hands-Free Profile (HFP). In this case, the
GSM connection is always established
through the antenna of the mobile phone.
PCM acts as a hands-free system and you
can leave the mobile phone tucked away.
On request, a cordless handset for the
telephone module is also available.
Stored in the center console storage
compartment, it features a display and
keypad. However, the handset cannot
be used for Bluetooth®
using the Hands-Free Profile (HFP).
The 911 | Comfort
Identity has to do with where you come from.
Sometimes, it also has to do with where you want to be.
Audio and communication.
Universal audio interface
The 911 | Comfort
Porsche Communication Management (PCM) including navigation module
Satellite Radio Receiver
Satellite Radio receiver,
available as an option for all 911
models, includes a three-month free
trial period.* This service provides
over 130 channels coast to coast,
including commercial-free music,
plus the best sports, news, talk,
comedy, and entertainment. Welcome
to the world of satellite radio.
Sports and stocks, also provided
, give you customized
updates on your favorite teams
and stocks, so you can arrive at
your destination well-informed.
The optional NavTraffic®
available with SiriusXM®
, enables PCM
to display continuously updated traffic
information in over 130 markets. Avoid
congestion before you reach it with
information on traffic speed, accidents,
construction, and road closings.
**Please visit hdradio.com for stations and up-to-date information.
The optional SiriusXM®
service, available with SiriusXM®
you to stay informed with driver-friendly
weather information on the PCM screen.
See storms and severe weather, keep
track of weather warnings, and see the
current conditions and 3-day forecasts.
HD Radio Receiver
For the first time, an HD Radio receiver
is now available as an option on the
911. HD Radio technology provides
access to all of your favorite FM stations
plus a broad range of new digital
programming.** HD Radio also includes
advanced audio and data features that
enhance your listening experience.
Online services give you the option of
accessing a variety of content from the
Internet via PCM. The data is transferred
to PCM via a smartphone app (AHA®
Radio). The app is available free of
charge from iTunes®
Google Play™ (for Android™ devices).
Online services include Web radio
and personalized Web music, news
feeds, podcasts, and audio magazines,
, location-based content
with prerecorded announcements (gas
station prices, parking situations),
and weather information. The results
of an online Points of Interest (POI)
search can be imported into PCM
as a navigation destination.
Universal Audio Interface
In conjunction with PCM, you can
access content from your iPod®
any other compatible USB device.
The USB port, safely located inside
the glove compartment, can also
recharge your audio device. You can
control your iPod®
or USB device
conveniently and safely using PCM,
the optional multifunction steering
wheel, or the optional voice-control
system. The USB port is also useful
for downloading information from the
onboard computer, such as performance
data from the Sport Chrono Package
or the optional electronic logbook.
Audio options, route guidance, phone
calls, and many other PCM functions
can all be controlled using the optional
voice-control system. In most cases,
you simply say the name of the menu
item as seen on the screen. Even lists
can be browsed by voice command.
For added convenience, there is
no need to “train” the system.
An electronic logbook is available
for PCM as an option. It enables
automatic logging on every journey of
mileage, route distance, date, time,
starting location, and destination.
Data can be downloaded to a USB
device and evaluated on your home
PC using the software supplied.
Satellite Radio requires a subscription, sold separately after any trial included with vehicle purchase
or lease. If you decide to continue your SiriusXM®
service at the end of your subscription, service
will automatically renew and bill until you call SiriusXM®
at 1-866-635-2349 to cancel. See SiriusXM®
Customer Agreement for complete terms at www.siriusxm.com. Satellite service available only to those at least
18 and older in the 48 contiguous United States and D.C. Sirius, XM, and all related marks and logos are trademarks
Satellite Radio Inc.
The 911 | Comfort
Surround Sound System
The optional Bose®
System was specially developed and
tuned to the interior acoustics of the 911.
With 445 watts of total output, it
comprises eight amplifier channels,
12 loudspeakers, and a patented
integral 200-watt active subwoofer.
The combined effect is a balanced
acoustic pattern that transforms your
911 into a fast-moving concert hall.
The DVD audio playback capability of
Porsche Communication Management
(PCM) enables the Bose®
System to make full use of the impressive
sound spectrum of 5.1 digital recordings.
Of course, you can still play other
audio sources, such as CDs and MP3s,
in stereo or, at the push of a button,
in one of the virtual surround modes
generated by Bose®
Compensation Technology uses a
microphone to continuously measure
the ambient noise inside the vehicle and
adapt music playback automatically,
resulting in consistent sound quality
across changing driving conditions.
With the Bose®
System, you’ll enjoy balanced, faithfully
reproduced sound and a captivating
360-degree acoustic experience.
, one of the most respected
manufacturers of high-end audio
equipment worldwide, has developed
Sound System as the ultimate
audiophile experience for the 911.
The technologies behind the system
are based on the finest premium home
audio systems Burmester®
offer. The system owes its eminence
to countless details, and one goal:
perfection in sound. The system has 12
amplifier channels with a total output of
821 watts, 12 loudspeakers including
an active subwoofer with 300-watt
Class D amplifier, a total diaphragm
surface area of more than 207 square
inches (1,340 cm²), and a frequency
response of 35 Hz to 20 kHz.
has introduced the patented
integral subwoofer, which replaces
the familiar separate subwoofer and
loudspeaker arrangement of other systems.
This saves weight and has a beneficial
impact on acoustic performance.
Crossover technology has been
carried over from the home audio
sector. Analog and digital filters have
been optimally defined for their new
installation locations and finely tuned
after extensive in-car audio testing.
The tweeters are ribbon-based Air
Motion Transformers (AMT) that have
been designed specifically for the
911, resulting in unmistakably fine,
clear, and undistorted high-frequency
sound reproduction with excellent level
stability. All loudspeaker housings are
perfectly matched and deliver superior
bass foundation, definition, and impulse
accuracy. This results in a natural and richly
textured spatial sound, even at top volume.
The 911 | Responsibility
Earth is a beautiful place to drive.
The 911 helps to keep it that way.
Porsche and the environment.
In a racing series, every competitor
reads the same rulebook—which is why
so many arrive at similar solutions. At
Porsche, we realized long ago that the
best way to beat the competition was by
thinking and doing the unconventional.
Our approach to the environment
is no different. We share with other
carmakers the concern with global
climate change and CO2
But we bring novel solutions that not
only reduce environmental impact,
but enhance overall performance. We
call this Intelligent Performance.
Through its application, Porsche has
managed to reduce fuel consumption
in every model range, when compared
to their predecessors. At the same
time, we’ve improved acceleration
and responsiveness, to make
performance vehicles that are better
for the environment and the driver.
This is achieved through a disciplined
approach to every vehicle system.
With its aerodynamic shape, lightweight
composite construction, and a
powerful and efficient engine, the
new 911 demonstrates the beauty
of Intelligent Performance.
Long service intervals are not only more
convenient—they also reduce ownership
costs. They promote a more sparing use
of consumables and replacement parts,
which for you lowers costs and saves
time. Perhaps the greatest beneﬁt,
however, is for the environment.
Additionally, Porsche Cars North America
offers Service and Maintenance
packages. Please see your Authorized
Porsche dealer for more information.
As standard, Porsche provides a limited
4-year/50,000-mile warranty, which
includes a limited 12-year anti-corrosion
warranty. You will also receive Porsche
Roadside Assistance for the duration of
Exhaust Emissions Control
Vehicles manufactured by Porsche
demonstrate that even high-performance
sports cars can achieve moderate fuel
consumption and exhaust emissions
values in their respective category.
This is achieved, on the one hand,
through the use of fuel-efficient
technologies such as Auto Start Stop,
thermal management, electrical system
recuperation, Direct Fuel Injection
(DFI), VarioCam Plus, and, in conjunction
with optional PDK, coasting mode.
On the other hand, new catalytic
converters developed for the 911
provide efficient emissions control.
The stereo lambda sensor circuitry
controls and monitors each cylinder
bank separately. For each exhaust
tract, oxygen sensors regulate the
composition of the exhaust gas, while
another lambda sensor on each cylinder
bank monitors pollutant conversion in
the respective catalytic converter.
Fuel Economy and Recycling
Intelligent lightweight construction
has been fundamental to the Porsche
identity since 1948, for both technical
and ecological reasons. This forms
the basis for achieving low fuel
consumption values in conjunction
with outstanding performance.
On the technical side, we use a high
proportion of aluminum, magnesium,
plastics, and super high-strength sheet
steel. The materials used have been
selected for their ability to withstand
load, yet they are considerably
lighter than conventional steel.
On the ecological side, all materials used
are meticulously selected. All synthetic
components are easily recyclable and
each material is labeled to facilitate its
separation for recycling. The reduction
in the number of plastic variants helps to
ensure more efficient recycling. Recycled
plastics are used where they meet our
exacting technical requirements.
In short, the 911 is approximately
In addition, Porsche uses a high
proportion of environmentally
friendly water-based paints. For us,
environmental protection does not begin
at the end of a vehicle’s life. It starts at
the planning and development stage.
All Porsche models are designed
to operate on fuels with an ethanol
content of up to 10 percent. Ethanol
has a positive impact on the CO2
balance since the plants grown for
the production of this biofuel also
from the atmosphere.
The release of hydrocarbons from
the fuel system has been minimized
thanks in no small part to the active
carbon filter and the multilayered
material from which the fuel tank is
made. All fuel lines are made from
multilayered plastic, steel, or aluminum.
The 911 | Responsibility