Tyre change PEUGEOT 308 2024 Owners Manual

9
Eco-driving
Eco-driving
Eco-driving refers to a range of everyday
practices that allow the motorist to optimise
the vehicle's energy consumption (fuel and/or
electricity) and CO
2 emissions.
Optimise your use of the gearbox
With a manual gearbox, move off gently and
change up promptly. While accelerating, change
up early.
With an automatic gearbox, favour automatic
mode. Do not depress the accelerator pedal
heavily or suddenly.
The gear shift indicator prompts you to engage
the most suitable gear. Whenever this indication
is displayed on the instrument panel, follow it
straight away.
With an automatic gearbox, this indicator
appears only in manual mode.
Drive smoothly
Maintain a safe distance between vehicles, use
engine braking rather than the brake pedal and
press the accelerator gradually. These practices
help to save on energy consumption, reduce
CO
2 emissions and decrease general traffic
noise.
With a hybrid engine, engine braking is more
efficient. Anticipate slowing down as much as
you can and, if possible, favour deceleration with
engine braking in order to charge the traction
battery, to increase all-electric driving and to
reduce fuel consumption. With an EAT8 gearbox, with the gear selector in
mode
D, and except in Sport mode, favour "free-
wheeling" by gradually lifting your foot fully off
the accelerator pedal in order to save fuel.
When the traffic is flowing smoothly, select the
cruise control.
Control the use of electrical equipment
Before moving off, if the passenger compartment
is too warm, ventilate it by opening the windows
and air vents before using the air conditioning.
At speeds above 31
mph (50 km/h), close the
windows and leave the air vents open.
Consider using equipment that can help keep
the temperature in the passenger compartment
down.
Unless automatically regulated, switch off the air
conditioning as soon as the desired temperature
has been reached.
Switch off the demisting and defrosting functions,
if they are not managed automatically.
Switch off the heated seat and heated steering
wheel as soon as possible.
Adapt your use of the headlamps and/or
foglamps to the level of visibility, in accordance
with current legislation in the country in which
you are driving.
Avoid running the engine before moving off,
particularly in winter (other than in severe wintry
conditions: temperature below -23°C). The
vehicle will warm up much faster while driving. As a passenger, avoid connecting your
multimedia devices (e.g.
film, music, video
game) to help reduce the consumption of energy.
Disconnect all portable devices before leaving
the vehicle.
Limit the causes of excess consumption
Spread loads throughout the vehicle. Place the
heaviest items in the boot as close as possible to
the rear seats.
Limit the loads carried in the vehicle and
minimise wind resistance (e.g.
roof bars, roof
rack, bicycle carrier, trailer). Preferably, use a
roof box.
Remove roof bars and roof racks after use.
At the end of winter, remove snow tyres and refit
summer tyres.
Comply with the servicing instructions
Check tyre pressures regularly, with the tyres
cold, referring to the label in the door aperture on
the driver's side.
Carry out this check in particular:
–

before a long journey
.
–

at each change of season.
–


after a long period out of use.
Do not forget the spare wheel and, where
applicable, the tyres on your trailer or caravan.
Have your vehicle serviced regularly (e.g.

engine
oil, oil filter, air filter, passenger compartment
filter, etc.). Observe the schedule of operations in
the manufacturer's service schedule.
With a BlueHDi Diesel engine, if the SCR system
has a fault, your vehicle will emit pollution. Visit

11 8
Driving
The display of a message on the instrument
panel confirms the change of state.
Function deactivated, this indicator lights
up in the instrument panel.
If high traction is required, the driver can
deactivate the e-Auto mode using the
touch screen application.
Tyre under-inflation detection
This system alerts the driver if one or more tyres
suffer a drop in pressure.
The alert is raised when the vehicle is moving,
not when stationary.
It compares the information given by the wheel
speed sensors with reference values, which
must be reinitialised every time the tyre
pressures are adjusted or a wheel changed.
It takes into account the last values stored
during the reinitialisation request. It is therefore
essential that the tyre pressure is correct during
the operation. This operation is the driver’s
responsibility.
The tyre under-inflation detection cannot, in any circumstances, replace the need
for vigilance on the part of the driver.
This system does not avoid the need to
regularly check the tyre pressures (including
the spare wheel), especially before a long
journey.
Driving with under-inflated tyres, particularly
in adverse conditions (heavy load, high
speed, long journey):
–

worsens road-holding.
–


lengthens braking distances.
–


causes premature wear of the tyres.
–


increases energy consumption.
The inflation pressures defined for the vehicle can be found on the tyre pressure
label.
For more information on the Identification
markings, refer to the corresponding section.
Checking tyre pressures
This check should be done monthly
when the tyres are "cold" (vehicle stopped for
1

hour or after a journey of less than 6 miles
(10

km) at moderate speeds).
Otherwise, add 0.3
bar to the pressures
shown on the label.
Snow chains
The system does not have to be
reinitialised after fitting or removing snow
chains.
Under-inflation alert
This is signalled by the fixed illumination of this warning lamp, accompanied by an
audible signal and, depending on equipment, the
display of a message.
►

Reduce speed immediately
, avoid excessive
steering movements and avoid sudden braking.
►

Stop the vehicle as soon as it is safe to do
so.
The loss of pressure detected may not always cause visible deformation of the
tyre.
Do not rely on just a visual check.
►

Using a compressor
, such as the one in
the temporary puncture repair kit, check the
pressures of all four tyres when cold.
►

If it is not possible to carry out this check
immediately

, drive carefully at reduced speed.
►

In the event of a puncture, use the
temporary puncture repair kit or the spare wheel
(depending on equipment).
Driving too slowly may not ensure
optimum monitoring.
The alert is not immediately triggered in the
event of a sudden loss of pressure or tyre
blow-out. This is because analysis of the
values read by the wheel's speed sensors
can take several minutes.
The alert may be delayed at speeds below
25

mph (40 km/h), or when adopting a sporty
driving mode.
The alert is kept active until the system is reinitialised.

200
In the event of a breakdown

Hatchback

SW
Versions with rigid boot floor
► Open the boot.
► Lift the rigid boot floor .
►

Attach the floor hook to the upper boot seal.
Versions with hinged boot carpet
(Rechargeable hybrid or Electric)
► Open the boot.
► Unfold the hinged boot carpet by pulling its
handle until it is fully opened.
Versions with 2-position boot floor (SW)
Tools can also be accessed from the row 2
seats, by tilting the backrest of the rear bench
seat.
►

Open the boot.
►


Lift the cover using the cord at the back of
the boot.
or
►


Place the adjustable boot floor in the high
position.
►


Lift the adjustable boot floor and engage it in
the inclined position in the lateral stops to secure
it in this position.
With temporary puncture repair kit

With spare wheel

The jack must only be used to change a wheel with a damaged or punctured tyre.
Do not use any jack other than the one
supplied with the vehicle.
If the vehicle does not have its original jack,
contact a PEUGEOT dealer or a qualified
workshop to obtain the one that was intended
by the manufacturer.

203
In the event of a breakdown
8If after approximately 7 minutes, the
pressure of 2 bar is not reached, this
indicates that the tyre is not repairable;
contact a PEUGEOT dealer or a qualified
workshop for assistance.
►

Move the switch to position
"O".
►

Disconnect the compressor's electric plug
from the vehicle's 12

V socket.
►

Remove the kit.
►


Refit the cap on the valve.
►


Remove and store the bottle of sealant.
The sealant product is harmful if swallowed and causes irritation to the
eyes.
Keep this product out of the reach of children.
The use-by date of the fluid is marked on the
bottle.
After use, do not discard the bottle into the
environment; take it to a PEUGEOT dealer or
an authorised waste disposal site.
Do not forget to obtain a new bottle of
sealant, available from a PEUGEOT dealer or
a qualified workshop.


► Drive immediately for approximately 3 miles
(5 kilometres) at reduced speed (between
12 and 37
mph (20 and 60 km/h)) to plug the
puncture.
►

Stop to check the repair
and the tyre
pressure using the kit:
•

If the tyre pressure is incorrect, contact a
PEUGEOT

dealer to have the tyre changed.
•

If the tyre pressure is correct, drive a second
time for approximately 3

miles (5 kilometres)
at reduced speed (between 12 and 37
mph
(20 and 60
km/h)), stop then check again
the tyre pressure using the kit to confirm the
effective repair of the tyre.
With a tyre repaired using this type of kit,
do not exceed a speed of 50 mph
(80

km/h) and do not drive more than
125

miles (200 km).
You must contact a PEUGEOT dealer or a
qualified workshop to have the repair checked
and the tyre changed.
Checking/adjusting tyre
pressures
The compressor can be used, without injecting
sealant, to check and, if necessary, adjust the
tyre pressures.
►

Remove the valve cap from the tyre and keep
it in a clean place.
►


Uncoil
the pipe stowed under the compressor.
►

Screw the pipe onto the valve and tighten
firmly

.
►

Check that the compressor switch is in
position

"O".
►

Fully uncoil the electric cable stowed under
the compressor

.
►

Connect the compressor's electric plug to the
vehicle's 12

V socket.
►

Switch the ignition on.
►


Start the compressor by placing the switch at
position

"I" and adjust the pressure to the value
shown on the vehicle's tyre pressure label. To
deflate: press the black button located on the
compressor pipe, near the valve connection.
If after 7 minutes the pressure of 2 bar is
not reached, the tyre is damaged;
contact a PEUGEOT
dealer or a qualified
workshop for assistance.
►

Once the correct pressure is reached, put the
switch in position

"O".
►

Remove the kit and stow it.
►


Refit the cap on the valve.

228
Technical data



Identification markings
Various visible markings for vehicle identification
and vehicle search.


A. Vehicle Identification Number (VIN), under
the bonnet.
Stamped on the chassis.
B. Vehicle Identification Number (VIN), on the
dashboard.
Printed on an adhesive label visible through the
windscreen.
C. Manufacturer's label.
Affixed to the right-hand door.
Bears the following information:
–

Manufacturer
’s name.
–

European whole vehicle type approval
number

.
–

V
ehicle Identification number (VIN).
–

Gross vehicle weight (GVW).
–


Gross train weight (GTW).
–


Maximum weight on the front axle.
–


Maximum weight on the rear axle.
D. T

yres/paint code label.
Affixed to the driver's door.
Bears the following information about the tyres:
–

T
yre pressures, unladen and laden.
–

T
yre specification, made up of the dimensions
and type as well as the load and speed indices.
–

Spare tyre inflation pressure.
Also indicates the paint colour code.
The vehicle may be originally equipped with tyres with higher load and speed
indices than those indicated on the label,
without affecting tyre pressure (on cold tyres).
In the event of a change in the type of tyres,
contact a PEUGEOT dealer for the tyre fits
approved for the vehicle.

245
Vehicle data recording and privacy
11Vehicle data recording
and privacy
Electronic control units are installed in your
vehicle. These control units process data
received from the vehicle's sensors, for example,
or data they generate themselves or exchange
with each other. Some of these control units are
required for the correct operation of your vehicle,
some others assist you while driving (driving or
manoeuvring aids), while others provide comfort
or infotainment functions.
The following contains general information about
how data is processed within the vehicle.
You will find additional information about the
specific data which is downloaded, stored
and transmitted to third parties and what it is
used for in your vehicle under the keyword
"Data protection". This information is directly
associated with the references for the functions
in question contained in the corresponding
vehicle handbook, or in the general terms and
conditions of sale.
This information is also available online.
Vehicle operating data
The control units process the data used for the
operation of the vehicle.
This data includes, for example:
–
Information about the state of the vehicle
(e.g.

speed, travel time, lateral acceleration,
wheel rotation rate, fastened seat belts display). –

Environmental conditions (e.g.
temperature,
rain sensor, distance sensor).
As a general rule, this data is temporary, is
not stored for longer than one operating cycle
and is only used within the vehicle itself. The
control units often record this data (including the
vehicle's key). This function allows either the
temporary or permanent storage of information
about the state of the vehicle, stresses on
components, servicing requirements, as well as
events and technical errors.
Depending on the vehicle's equipment level, the
data stored is as follows:
–
Operating state of system components
(e.g.
filling level, tyre pressures, battery charge
status).
–
Faults and malfunctions in important system
components (e.g.
lamps, brakes).
–
System reactions in specific driving situations
(e.g.
deployment of an airbag, triggering of
stability control and braking systems).
–
Information about events which have
damaged the vehicle.
–

For electric and rechargeable hybrid vehicles,
the traction battery charge level and the
estimated driving range.
In particular circumstances (e.g.
if the vehicle
has detected a malfunction), it may be necessary
to record data which would otherwise simply not
be stored.
When taking your vehicle in for servicing
(e.g.
repairs, maintenance), the stored operating
data may be read along with the vehicle's identification number and used if necessary.
The personnel working for the servicing network
(e.g.
garages, manufacturers) or third parties
(e.g. roadside assistance agents) may read
the vehicle's data. This also applies to work
carried out under warranty and quality assurance
measures.
This data is generally read via the OBD
(On-Board Diagnostics) port fitted by law to
the vehicle. It is used to report on the technical
state of the vehicle or its components and
facilitates the diagnosis of malfunctions, in
compliance with warranty obligations and for
quality improvement. This data, in particular the
information relating to stress on components,
technical events, operator errors and other
malfunctions, is sent to the Manufacturer, if
necessary, along with the vehicle's identification
number. The Manufacturer's liability may also be
engaged. The Manufacturer may also use the
operating data taken from the vehicle for product
recalls. This data may also be used to check the
customer's warranty and any claims made under
warranty.
Any malfunctions stored in the vehicle may be
reset by an after-sales service company during
servicing or repair work, or at your request.

252
Alphabetical index
Motor, electric 101, 114, 163, 167,
189, 224, 226
Motorised tailgate

37–38, 40
Mountings, ISOFIX

93, 95–96
N
Net, high load retaining 67
Net, luggage retaining
66
Normal mode

113–114
O
Obstacle detection 151
Oil change
190
Oil consumption

190
Oil, engine

190
On-board tools

68, 199–201
Opening the bonnet

188–189
Opening the boot

32, 37
Opening the doors

32, 37
P
Pads, brake 193
Paint
197, 228
Paint colour code

228
Parking brake, electric

102–104, 193
Parking (sensors)

151
Parking sensors, audible and visual 151
Parking sensors, front
152
Parking sensors, rear

151
Passenger compartment temperature pre-
conditioning (Rechargeable hybrid)

29, 59
Pedestrian horn (Electric)

99
Personalisation

12, 29
Plates, identification

228
Port, USB

61, 64
Post Collision Safety Brake

84
Power

22
Power indicator (Rechargeable hybrid)

22
Pressures, tyres

193, 202, 228
Pre-tensioning (seat belts)

87
Priming the fuel system

199
Profiles

230
Protecting children

89–94
Proximity Keyless Entry and Start

32
Public fast charging station

175, 178
Puncture

201–202, 204
R
Radar (warnings) 119
Radio
240
Range

10
Range, AdBlue®

21, 191
Reading lamps

64
Rear bench seat

53
Rear cross traffic alert

157
Rear screen (demisting)

59
Rechargeable hybrid engine 28, 218, 224
Rechargeable hybrid system
6, 28, 100, 114, 167
Recharging the battery

210–211, 213, 215
Recharging the traction battery

165
Recharging the traction battery
(Electric)

173, 177, 179–180
Recharging the traction battery
(Rechargeable hybrid)

167, 170, 172–173
Recirculation, air

58
Recorder, trip distance

25
Reduction of electrical load (mode)

188
Regeneration of the particle filter

192
Regenerative braking (deceleration
by engine braking)

110, 112
Reinitialising the remote control

36
Reinitialising the under-inflation detection
system

119
Reminder, lighting on

69
Remote control

30–33, 35
Remote functions

172, 178
Remotely operable functions (Rechargeable
hybrid)

29, 59
Removing a wheel

205–206
Removing the mat

63
Replacing bulbs

207–209
Replacing fuses

209
Replacing the air filter

192
Replacing the oil filter

192
Replacing the passenger compartment
filter

192
Reservoir, screenwash

191