2013-2023 Fiat Panda SUV SERVICING AND CARE -> BODYWORK User Manual
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SERVICING AND CARE -> BODYWORK for Your Fiat Panda SUV Third Generation (2013-2023)

Dry the less visible parts (e.g. door  
frames, bonnet, headlight frames etc.)  
with special care, as water may  
stagnate more easily in these areas.  
The car should not be taken to a closed  
area immediately, but left outside so  
that residual water can evaporate.  
Do not wash the car after it has been  
left in the sun or with the bonnet hot:  
this may alter the shine of the  
paintwork.  
INTERIOR  
WARNING  
173) 174)  
6) Detergents pollute the environment.  
Only wash your vehicle in areas equipped  
to collect and treat wastewater from this  
type of activity.  
SEATS AND FABRIC  
PARTS  
Remove dust with a soft brush or a  
vacuum cleaner.  
Rub the seats with a sponge moistened  
with a solution of water and neutral  
detergent.  
Exterior plastic parts must be cleaned  
in the same way as the rest of the  
vehicle.  
WARNING To avoid ruining the  
upholstery, do not use acetone, acetic  
alcohol, denatured ethyl alcohol or  
any highly aggressive solvents or  
detergents to clean the fabric parts.  
Use spotting agents such as isopropyl  
alcohol or dry stain removers.  
Avoid parking under trees; the resin  
dropped by trees makes the paintwork  
go opaque and increases the possibility  
of corrosion.  
IMPORTANT Bird droppings should be  
washed off immediately and thoroughly  
as the acid they contain is particularly  
aggressive.  
WARNING  
173) Never use flammable products, such  
as petrol ether or rectified petrol to clean  
the inside of the car. The electrostatic  
charges which are generated by rubbing  
during the cleaning operation may cause a  
fire.  
WARNING  
69) In order to preserve the aesthetic  
appearance of the paint abrasive products  
and/or polishes should not be used for  
cleaning the vehicle.  
174) Do not keep aerosol cans in the  
vehicle: they might explode. Aerosol cans  
must not be exposed to a temperature  
exceeding 50°C. When the vehicle is  
exposed to sunlight, the internal  
temperature can greatly exceed this value.  
147  
TECHNICAL DATA  
IDENTIFICATION DATA....................149  
ENGINE ..........................................150  
WHEELS.........................................154  
DIMENSIONS..................................163  
WEIGHTS........................................166  
REFUELLING ..................................173  
FLUIDS AND LUBRICANTS ............175  
PERFORMANCE.............................178  
FUEL CONSUMPTION....................179  
CO2 EMISSIONS ...........................181  
Everything you may find useful for  
understanding how your car is made  
and works is contained in this chapter  
and illustrated with data, tables and  
graphics. For the enthusiasts and the  
technician, but also just for those who  
want to know every detail of their  
car.  
PRESCRIPTIONS FOR HANDLING  
THE VEHICLE AT THE END OF ITS  
LIFE ................................................183  
148  
H
Maximum permitted weight on  
second axle (rear).  
CHASSIS MARKING  
IDENTIFICATION  
DATA  
This is located on the right side of the  
boot rear floor and gives the following  
identification data:  
I
Engine type.  
L
Bodywork version code.  
VEHICLE IDENTIFICATION  
NUMBER (VIN) PLATE  
type of vehicle;  
M
N
Spare part number.  
chassis serial number.  
Correct value of smoke coefficient  
(for diesel engines).  
Depending on the version, the plate fig.  
135 may be located to the right or at  
the centre of the luggage compartment  
(lift the carpet covering to access it). It  
contains the following data:  
ENGINE MARKING  
BODYWORK PAINT  
IDENTIFICATION PLATE  
It is stamped on the cylinder block and  
includes the type and the engine serial  
number.  
This is applied inside the bonnet (left  
side) and bears the following data  
fig. 136:  
A Paint manufacturer.  
B Colour name.  
C Fiat colour code.  
D Respray and touch up code.  
F1D0142  
135  
A
B
C
D
E
Name of Manufacturer  
Type-approval number.  
Vehicle type identification code.  
Chassis serial number.  
F1D0128  
136  
Maximum permitted weight of vehicle  
fully laden.  
F
Maximum permitted weight of vehicle  
fully laden plus trailer.  
G
Maximum permitted weight on first  
axle (front).  
149  
ENGINE  
Versions  
1.2 8V 69 HP  
169A4000  
Otto  
1.2 8V 69 HP LPG  
169A4000  
Otto  
Engine code  
Cycle  
Number and position of cylinders  
Piston bore and stroke (mm)  
Total displacement (cm³)  
Compression ratio  
4 in line  
4 in line  
70.8 × 78.86  
1242  
70.8 × 78.86  
1242  
11.1: 1  
11.1: 1  
LPG  
51  
Petrol  
51  
Maximum power (EC) (kW)  
51  
69  
Maximum power (EEC) (HP)  
corresponding engine speed (rpm)  
Maximum torque (EC) (Nm)  
Maximum torque (EC) (kgm)  
corresponding engine speed (rpm)  
69  
69  
5500  
102  
10.4  
3000  
5500  
102  
10.4  
3000  
5500  
102  
10.4  
3000  
NGK ZKR7A-10 or  
CHAMPION RA8MCX4  
Spark plugs  
Fuel  
NGK ZKR7AI-8  
Unleaded petrol 95 R.O.N.  
(EN 228 specifications)  
LPG for motor vehicles  
(EN589 Specification)  
Unleaded petrol 95 R.O.N.  
(EN 228 specifications)  
150  
0.9 TwinAir Turbo 80 HP  
(*)  
Versions  
0.9 TwinAir 65 HP  
0.9 TwinAir 60 HP (*)  
Engine code  
Cycle  
312A6000  
Otto  
312A4000  
312A5000  
Otto  
Otto  
2 in line  
83.5 × 88  
964  
Number and position of cylinders  
Piston bore and stroke (mm)  
Total displacement (cm³)  
Compression ratio  
2 in line  
83.5 × 88  
964  
2 in line  
80.5 × 86  
875  
11.1: 1  
44  
11.1: 1  
48  
10: 1  
Maximum power (EC) (kW)  
Maximum power (EEC) (HP)  
corresponding engine speed (rpm)  
Maximum torque (EC) (Nm)  
Maximum torque (EC) (kgm)  
corresponding engine speed (rpm)  
Spark plugs  
59  
60  
65  
80  
6250  
6250  
5500  
88  
88  
145  
8.9  
8.9  
14.8  
3500  
3500  
1900  
NGK T20182U  
NGK LKR7DI-12  
NGK PLKR9C8  
Unleaded petrol 95 R.O.N.  
(EN 228 specifications)  
Unleaded petrol 95 R.O.N.  
(EN 228 specifications)  
Unleaded petrol 95 R.O.N.  
(EN 228 specifications)  
Fuel  
(*) For versions/markets, where provided  
151  
Versions  
0.9 TwinAir Turbo 85 HP  
0.9 TwinAir Turbo Natural Power  
Engine code  
Cycle  
312A2000  
Otto  
312A2000  
Otto  
Number and position of cylinders  
Piston bore and stroke (mm)  
Total displacement (cm³)  
Compression ratio  
2 in line  
80.5 × 86.0  
875  
2 in line  
80.5 × 86.0  
875  
10: 1  
10: 1  
Methane  
Petrol  
62.5  
85  
Maximum power (EC) (kW)  
Maximum power (EEC) (HP)  
corresponding engine speed (rpm)  
Maximum torque (EC) (Nm)  
Maximum torque (EC) (kgm)  
corresponding engine speed (rpm)  
Spark plugs  
59  
80  
62.5 / 57 (*)  
85 / 77.5(*)  
5500  
5500  
140  
14.3  
2500  
5500  
145  
145 / 100 (*)  
14.8 / 10.2 (*)  
1900 / 2000 (*)  
NGK ILKR9G8  
14.8  
1900  
NGK ILKR9G8  
Unleaded petrol 95 R.O.N.  
(EN 228 specifications)  
Unleaded petrol 95 R.O.N.  
(EN 228 specifications)  
Fuel  
Methane for motor vehicles  
(*) With ECO button pressed  
152  
0.9 TwinAir Turbo 90 HP  
(*)  
Versions  
1.3 16V Multijet 95 HP  
1.3 16V MultiJet 80 HP  
Engine code  
Cycle  
312A7000  
Otto  
312B1000 / 330A1000(°)  
312B2000 / 225A2000 (°°)  
Diesel  
4 in line  
69.6 × 82  
1248  
16.8: 1  
70  
Diesel  
4 in line  
69.6 × 82  
1248  
16.8: 1  
59  
Number and position of cylinders  
Piston bore and stroke (mm)  
Total displacement (cm³)  
Compression ratio  
2 in line  
80.5 × 86.0  
875  
10: 1  
Maximum power (EC) (kW)  
Maximum power (EEC) (HP)  
corresponding engine speed (rpm)  
Maximum torque (EC) (Nm)  
Maximum torque (EC) (kgm)  
corresponding engine speed (rpm)  
Spark plugs  
66.2 / 57 (**)  
90 / 77.5 (**)  
5500  
95  
80  
3750  
200  
3750  
200  
145 / 100 (**)  
14.8 / 10.2 (**)  
1900 / 2000 (**)  
NGK ILKR9G8  
20.4  
20.4  
1500  
-
1500  
-
Unleaded petrol 95 R.O.N.  
(EN 228 specifications)  
Diesel for motor vehicles  
(EN590 Specification)  
Diesel for motor vehicles  
(EN590 Specification)  
Fuel  
(°) 4x4 and Cross Versions  
(°°) 4x4 versions  
(*) For versions/markets, where provided  
(**) With ECO button pressed  
153  
SNOW CHAINS  
WHEELS  
178) 179) 180)  
70)  
Important notes  
175) 176) 177)  
The use of snow chains should be in  
compliance with local regulations of  
each country. In certain countries, tyres  
marked with code M+S (Mud and  
Snow) are considered as winter  
equipment; therefore their use is  
equivalent to that of the snow chains.  
The snow chains may be applied only  
to the front wheel tyres.  
Alloy or pressed steel rims. Tubeless  
radial carcass tyres.  
All approved tyres are listed in the  
Registration Document.  
IMPORTANT If there are any  
discrepancies between the Owner  
Handbook and the Registration  
Document, take the information from  
the latter. For safe driving, the car must  
be fitted with tyres of the same make  
and type on all wheels.  
Check the tension of the snow chains  
after the first few metres have been  
driven.  
IMPORTANT Do not use inner tubes  
with Tubeless tyres.  
Using snow chains with tyres with  
non-original dimensions may damage  
the vehicle.  
The M+S tyres provided with the  
vehicle (on versions where provided) are  
characterised by the 3PMSF (3 Peak  
Using different size or type (M+S, etc.)  
tyres between front and rear axle may  
adversely affect car driveability, with the  
risk of losing control of the car and  
resulting accidents.  
Mountain Snow Flake) marking  
.
This marking certifies that the tyre has  
passed the specific approval test  
required by European Community  
Regulation ECE 117, which ensures  
better performance on snow than  
a "simple" M+S.  
Snow chains cannot be fitted to the  
space-saver wheel (for versions/  
markets, where provided). If a front tyre  
is punctured, replace a rear wheel  
with the space-saver wheel and move  
the rear wheel to the front axle. In  
this way, with two normal drive wheels  
at the front, snow chains can be fitted.  
154  

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