2017 FIAT SPIDER ABARTH Owners Manual

Clean the webbing with a mild soap
solution recommended for upholstery or
carpets. Follow instructions. Do not
bleach or dye the belts, this may
weaken them.
After cleaning the belts, thoroughly dry
the belt webbing and make sure there
is no remaining moisture before
retracting them.
Plastic And Coated
Parts
Clean interior plastic parts with a damp
cloth (if possible made from microfiber),
and a solution of water and neutral,
non-abrasive detergent.
To clean oily or persistent stains, use
specific products free from solvents and
designed to maintain the original
appearance and color of the
components.
Remove any dust using a microfiber
cloth, if necessary moistened with
water. The use of paper tissues is not
recommended as these may leave
residues. Instrument panel precautions
Prevent caustic solutions such as
perfume and cosmetic oils from
contacting the instrument panel. They
will damage and discolor the instrument
panel. If these solutions get on the
instrument panel, wipe them off
immediately.
Note: Never use alcohol, gasoline and
derivatives to clean the instrument
panel lens.
Caution!Do not use glazing agents. Glazing agents
contain ingredients which may cause
discoloration, wrinkling, cracks and peeling.
Instrument Panel Top
When cleaning, it is recommended that
you use a clean towel dampened in a
mild detergent to remove debris.
Caution!If the surface is rubbed harshly, it could
result in the surface being damaged leaving
white scratch marks. Window Interiors
If the windows become covered with an
oily, greasy, or waxy film, clean them
with glass cleaner. Follow the directions
on the container.
Note: Do not scrape or scratch the
inside of the window glass. It could
damage the thermal filaments.
Caution!When washing the inside of the window
glass, use a soft cloth dampened in
lukewarm water, gently wiping the thermal
filaments. Use of glass cleaning products
could damage the thermal filaments.
263

Leather Parts — If
Equipped
Caution!Do not use Alcohol and Alcohol-based
and/or Ketone based cleaning products to
clean leather seats, as damage to the seat
may result.
Remove dust and sand first using a
vacuum cleaner or other means, then
wipe dirt off using a soft cloth with a
leather cleaner or a soft cloth soaked in
mild soap.
Wipe off the remaining cleaner or soap
using a cloth soaked in clean water and
wrung out well.
Remove moisture with a dry, soft cloth
and allow the leather to further dry in a
well-ventilated, shaded area. If the leather gets wet such as from
rain, also remove moisture and dry it as
soon as possible.
Note:
Because genuine leather is a natural
material, its surface is not uniform and
it may have natural scars, scratches,
and wrinkles.
To maintain the quality for as long
as possible, periodical maintenance,
about twice a year, is recommended. Caution! Sand and dust on the seat surface may
damage the overcoat of the genuine
leather surfaces and accelerate wear
.Greasy soiling on genuine leather may
cause molding and stains.
Rubbing hard with a stiff brush or cloth
may cause damage.
Do not wipe the leather using alcohol,
chlorine bleach, or organic solvents such
as thinner, benzene, or gasoline. Otherwise,
it may cause discoloration or stains.
If the seats get wet, promptly remove
moisture with a dry cloth. Remaining
moisture on the surface may cause
deterioration such as hardening and
shrinkage.
Exposure to direct sunlight for long
periods may cause deterioration and
shrinkage. When parking the car under
direct sunlight for long periods, shade the
interior using sunshades.
Do not leave vinyl products on the seats
for long periods as they may affect the
leather quality and coloring. If the cabin
temperature becomes hot, the vinyl may
deteriorate and adhere to the genuine
leather.
264
SERVICING AND MAINTENANCE

TECHNICAL SPECIFICATIONSIDENTIFICATION DATA ....... .266
RECOMMENDED TIRE INFLATION
PRESSURE .............. .267
ENGINE................. .269
TRANSMISSION ........... .270
BRAKES ................ .271
SUSPENSIONS ............ .272
STEERING ............... .273
DIMENSIONS ............. .274
FLUID CAPACITIES ......... .275
FLUIDS AND LUBRICANTS .... .276
PERFORMANCE ........... .278
265

IDENTIFICATION
DATA Identification Numbers
Model Plate
The model plate is located on the left
side of door pillar.
Chassis Number/Vehicle
Identification Number
The Vehicle Identification Number is
located below the left side (driver side)
of the windshield. Motor Vehicle Safety Standard
Label
(U.S.A. and Canada)
The motor vehicle safety standard label
is located on the left side of door pillar.
Vehicle Emission Control
Information Label
(U.S.A. and Canada)
The vehicle emission control information
label is located under the hood. Tire Pressure Label
The tire pressure label is located on the
left side of door pillar.
Engine Number
The engine number label is located on
the engine.10010103121001
Model Plate Location 10010104-122-001AB
Vehicle Identification Number 10010109-121-001
Motor Vehicle Safety Standard
Label 10010106-121-001
Vehicle Emission Control
Information Label 10010107-121-002
Tire Pressure Label
266
TECHNICAL SPECIFICATIONS

RECOMMENDED
TIRE INFLATION
PRESSURE On the tire label you will find the
recommended tire inflation pressure in
both psi and kPa for the tires installed
as original equipment on the vehicle.
It is very important that the inflation
pressure of the tires on your vehicle is
maintained at the recommended
pressure.
You should check the tire pressure
regularly to insure that the proper
inflation pressure is maintained.
Note:
Tire pressures listed on the vehicle
placard or tire information label indicate
the recommended cold tire inflation
pressure, measured when the tires are
cold, after the vehicle has been parked
for at least three hours. As you drive,
the temperature in the tire warms up,
increasing the tire pressure. Always check the tire inflation
pressures on a regular basis according
to the recommended tire inflation
pressure on the tire label and in
conjunction with the information in this
Owner's Manual. Driving your vehicle
with under-inflated tires is dangerous.
Under-inflation is the most common
cause of failures in any kind of tire and
may result in severe cracking, tread
separation or “blowout”, with
unexpected loss of vehicle control and
increased risk of injury. Under-inflation
increases sidewall flexing and rolling
resistance, resulting in heat buildup
and internal damage to the tire. It
results in unnecessary tire stress,
irregular wear, loss of control and
accidents. A tire can lose up to half of
its air pressure and not appear to be
flat. It is impossible to determine
whether or not tires are properly
inflated just by looking at them. Checking Tire Pressure
Proceed as follows:
1. When you check the air pressure,
make sure the tires are cold - meaning
they are not hot from driving even a
mile.
2. Remove the cap from the valve on
one tire.
3. Firmly press a tire gauge onto the
valve.
4. Add air to achieve recommended air
pressure.
5. If you overfill the tire, release air by
pushing on the metal stem in the center
of the valve. Then recheck the pressure
with your tire gauge.
6. Replace the valve cap.
7. Visually inspect the tires to make
sure there are no nails or other objects
embedded that could poke a hole in the
tire and cause an air leak.
8. Check the sidewalls to make sure
there are no gouges, cuts, bulges,
cracks or other irregularities.
267

Glossary Of Terms
Tire Placard
A label indicating the OE (Original
Equipment) tire sizes, recommended
inflation pressure, and the maximum
weight the vehicle can carry.
Tire Identification Number (TIN)
A number on the sidewall of each tire
providing information about the tire
brand and manufacturing plant, tire
size, and date of manufacture.
Inflation Pressure
A measure of the amount of air in a tire. kPa
Kilopascal, the metric unit for air
pressure.
psi
Pounds per square inch, the English
unit for air pressure.
B-pillar
The structural member at the side of
the vehicle behind the front door.
Original Equipment (OE)
Describes components originally
equipped on the vehicle. Vehicle Load Limit
The maximum value of the combination
weight of occupants and cargo.
Bead Area of the Tire
Area of the tire next to the rim.
Sidewall Area of the Tire
Area between the bead area and the
tread.
Tread Area of the Tire
Area on the perimeter of the tire that
contacts the road when it's mounted
on the vehicle.
268
TECHNICAL SPECIFICATIONS

ENGINE Engine 1.4 Turbo Multi Air
Cycle Four
Number and
position of cylinders 4 in line
Piston bore and stroke (mm) 72.0 x 80.4
Total displacement (cm³) 1368
Compression ratio 9.8:1
Maximum power (kW) 122
Maximum power (HP) 164
Corresponding engine speed (rpm) 5500
Maximum torque (Nm) 250
Maximum torque (lb.-ft.) 184
Corresponding engine speed (rpm) 2500
Spark plugs We recommend you use Mopar Spark Plugs.
Fuel 91 Octane Recommended (87 Octane Acceptable) Maximum 15%
Ethanol Content
Note: When cleaning the iridium plugs, do not use a wire brush. The fine particulate coating on the iridium alloy and platinum
tips could be damaged.
Warning!Modifications or repairs to the fuel supply system that are not carried out correctly or do not take the system’s technical specifications into
account, can cause malfunctions leading to the risk of fire.
269

TRANSMISSION Engine Traction Type Description
1.4 Turbo Multi Air R WD Manual/Automatic 6-speed
manual
(*) / 6-speed
Automatic Transmission
(**)
(*) If equipped with manual transmission
(**) If equipped with automatic transmission
270
TECHNICAL SPECIFICATIONS