2009-2015 Honda Jazz 4 Door Technical Information User Manual
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Technical Information for Your Honda Jazz 4 Door Second Generation (2009-2015)

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Technical Information  
The diagrams in this section give  
you the dimensions and capacities of  
your vehicle, and the location of  
identification numbers. This section  
also includes the explanation of your  
vehicle’s three way catalytic  
converter. It also includes  
information you should know about  
your vehicle’s emissions control  
systems.  
Identification Numbers................. 386  
Specifications ................................. 388  
Emissions Controls........................ 394  
Three Way Catalytic Converter... 396  
385  
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Identification Numbers  
Your vehicle has several identifying  
numbers located in various places.  
1. The Chassis Number is stamped  
on the radiator support bulkhead.  
2. The Engine Number is stamped  
into the engine block.  
CHASSIS NUMBER/ENGINE NUMBER/  
VEHICLE IDENTIFICATION NUMBER (VIN)  
ENGINE NUMBER  
3. The Manual Transmission  
Number is on a label on top of the  
transmission.  
4. The Automatic Transmission  
Number is on a label on the front  
bottom of the transmission.  
MANUAL TRANSMISSION NUMBER  
AUTOMATIC TRANSMISSION NUMBER  
Do not mistake the transmission  
number for the engine number.  
386  
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Identification Numbers  
On some types, the chassis number/  
chassis and engine numbers also  
appear on the plate attached to the  
right damper housing.  
VEHICLE IDENTIFICATION NUMBER (VIN)  
On some other types, a certification  
plate is attached to the driver’s  
doorjamb.  
The Vehicle Identification Number  
(VIN) appears on a plate attached to  
the engine compartment bulkhead or  
the right damper housing, and on a  
plate fastened to the top of the  
dashboard on some types.  
CERTIFICATION PLATE  
CHASSIS NUMBER/VEHICLE IDENTIFICATION NUMBER (VIN)  
387  
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Specifications  
Dimensions  
Length  
Normal Bumper  
Sport Bumper  
Width  
The mounting point/rear over  
hang of coupling device  
No.  
(1)  
(2)  
(3)  
(4)  
(5)  
(6)  
(7)  
(8)  
Dimensions  
3,845 mm (151.4 in)  
3,855 mm (151.8 in)  
1,675 mm (65.9 in)  
484 mm (19.1 in)1  
450 mm (17.7 in)1  
410 mm (16.1 in)1  
223 mm (8.8 in)1  
994 mm (39.1 in)  
993 mm (39.1 in)  
984 mm (38.7 in)  
740 mm (29.1 in)1  
Height  
1,525 mm (60.0 in)7  
1,600 mm (63.0 in)1  
2,450 mm (96.5 in)3, 7  
1,460 mm (57.5 in)2  
1,440 mm (56.7 in)4  
1,445 mm (56.9 in)3  
1,455 mm (57.3 in)2, 5, 7  
1,440 mm (56.7 in)6  
1,445 mm (56.9 in)2, 7  
1,430 mm (56.3 in)4  
1,455 mm (57.3 in)3  
1,445 mm (56.9 in)5  
1,430 mm (56.3 in)6  
(1)  
(2)  
Wheelbase  
Track  
(3)  
(4)  
Front  
Rear  
1 : The value is at unladen  
weight condition.  
(6) (5)  
(7)  
1 : With Roof Antenna  
(8)  
2 : For tyre type: 175/65 R14  
3 : Except European model 175/65 R14 and Hong Kong model  
4 : For tyre type: 185/55 R15  
5 : Hong Kong 13L-X model  
6 : Hong Kong 13E-X model  
7 : Saudi Arabia model  
NOTE:  
1.  
2.  
marks show towbar fixing points.  
mark shows towbar coupling point.  
388  
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Specifications  
Weights  
Curb weight  
Manual transmission  
2  
9991,075 kg (2,2022,370 lbs)1,  
9951,010 kg (2,1942,227 lbs)3  
Max. towing weight  
(EU)10, 11  
Trailer with brakes  
1,0101,040 kg (2,2272,293 lbs)4  
1,0151,040 kg (2,2382,293 lbs)7  
M/T  
CVT  
1,000 kg (2,205 lbs)  
800 kg (1,764 lbs)  
8  
9811,040 kg (2,1632,293 lbs)  
Trailer without  
1,0451,055 kg (2,3042,326 lbs)9  
1,0301,093 kg (2,2712,410 lbs)5  
1,0501,060 kg (2,3152,337 lbs)6  
1,0221,035 kg (2,2532,282 lbs)3  
1,0371,065 kg (2,2862,348 lbs)4  
1,0451,065 kg (2,3042,348 lbs)7  
1,0181,064 kg (2,2442,346 lbs)8  
1,0751,080 kg (2,3702,381 lbs)9  
See the plate attached to the right  
damper housing in the engine  
compartment or ask dealer for  
information.  
brakes  
M/T  
CVT  
450 kg (992 lbs)  
450 kg (992 lbs)  
Automatic transmission  
(CVT)  
The maximum permissible  
vertical load on the coupling  
device  
70 kg (154 lbs)  
10 : The following is for Germany only.  
The maximum trailer weight is valid for 12% slope. For an  
increasing of the trailer weight you have to look in your vehicle  
paper or ask your next dealer.  
Max. permissible weight  
(EU)  
Max. permissible axle weight  
(EU)  
Max. permissible weight  
(Saudi Arabia)  
11 : The maximum towing weight should be reduced if you tow a  
trailer over 1,000 meters of elevation. For more information, see  
page 270 .  
1,510 kg (3,329 lbs)  
Max. permissible axle weight  
(Saudi Arabia)  
Front: 795 kg (1,753 lbs)  
Rear: 730 kg (1,609 lbs)  
1 : 1.2 model  
9 : Mexico, Brazil, Argentina and  
2 : 1.4 model  
Chile models  
3 : 1.3 model  
4 : 1.5 model  
5 : European model  
6 : Hong Kong model  
7 : Saudi Arabia model  
8 : Israel and Turkey model  
CONTINUED  
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Specifications  
Engine  
Type  
2, 4  
Water cooled 4-stroke  
SOHC1(SOHC VTEC2) in line,  
4-cylinder gasoline engine  
73 x 74.4 mm (2.87 x 2.93 in)  
73 x 80 mm (2.87 x 3.15 in)  
Compression  
ratio  
10.1 : 1  
10.4 : 1  
10.5 : 1  
10.8 : 1  
4, 5, 6, 9  
7  
8  
Bore x Stroke 1.2 engine  
1.3 engine  
Spark plug  
See spark plug maintenance  
section pages 303 to 306.  
1.4 engine  
1.5 engine  
1.5 VTEC  
engine  
Displacement 1.2 engine  
1.3 engine  
73 x 89.4 mm (2.87 x 3.57 in)  
5 : GCC models (Bahrain, Kuwait, Oman, Qatar, and U.A.E models)  
6 : Lebanon, Brunei, Singapore, South Africa and New Zealand  
models  
1,245 cm (75.9 cu-in)3  
1,339 cm (82.0 cu-in)  
7 : Thailand model  
1.4 engine  
1.5 engine  
8 : Except Saudi Arabia, GCC, 6, 7 and 9 models  
9 : Brazil, Argentina, Chile and Mexico models  
1.5 VTEC  
1,497 cm (91.0 cu-in)  
engine  
Max. Power 1.2 engine  
1.3 engine  
57 kW (78 ps)/5,700 rpm7  
60 kW (82 ps)/5,700 rpm4, 5  
81 kW (110 ps)/5,800 rpm 4  
1.5 VTEC  
engine  
Max. Torque 1.2 engine  
1.3 engine  
108 N·m (11 kgf·m)/2,800 rpm7  
116 N·m (11.8 kgf·m)/2,800 rpm4, 5  
143 N·m (14.6 kgf·m)/4,800 rpm4  
1.5 VTEC  
engine  
1 :  
For engine type: L12A1, L12A3, L13A1, L13A2, L13A4, L13A5 L15A2,  
L15A4  
2 :  
3 :  
4 :  
For engine type: L15A1, L15A6  
For engine type: L12A3  
Saudi Arabia model  
390  
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Specifications  
Capacities  
Fuel tank  
Approx.  
42 (11.1 US gal , 9.2 Imp gal)  
1 : Including the coolant in the reserve tank and that remaining in the  
engine.  
Engine coolant  
Manual transmission  
Change1  
Reserve tank capacity:  
0.4 (0.11 US gal , 0.09 Imp gal)  
3.9 (1.03 US gal , 0.86 Imp gal)2, 5  
3.3 (0.87 US gal , 0.73 Imp gal)6  
3.8 (1.00 US gal , 0.84 Imp gal)3  
3.7 (0.98 US gal , 0.81 Imp gal)4  
5.5 (1.45 US gal , 1.21 Imp gal)2, 5  
4.9 (1.29 US gal , 1.08 Imp gal)6  
5.4 (1.43 US gal , 1.19 Imp gal)3  
5.3 (1.40 US gal , 1.17 Imp gal)4  
2 : For engine type: L12A1, L12A3, L13A1, L13A2, L13A4, L13A5  
3 : For engine type: L15A1, L15A6  
4 : For engine type: GD1  
5 : With air conditioning system  
6 : Without air conditioning system  
Total  
Automatic transmission  
(CVT)  
Change1  
3.8 (1.00 US gal , 0.84 Imp gal)2, 5  
3.2 (0.85 US gal , 0.70 Imp gal)6  
3.7 (0.98 US gal , 0.81 Imp gal)3  
3.6 (0.95 US gal , 0.79 Imp gal)4  
5.4 (1.43 US gal , 1.19 Imp gal)2, 5  
4.8 (1.27 US gal , 1.06 Imp gal)6  
5.3 (1.40 US gal , 1.17 Imp gal)3  
5.2 (1.37 US gal , 1.14 Imp gal)4  
Total  
CONTINUED  
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Specifications  
Capacities  
Engine oil  
Tyres  
Size/Pressure  
Change1  
Including  
filter  
See tyre information label on  
driver’s doorjamb or ask dealer  
for information.  
3.6 (3.8 US qt , 3.2 Imp qt)  
Without  
filter  
Total  
3.4 (3.6 US qt , 3.0 Imp qt)  
4.2 (4.4 US qt , 3.7 Imp qt)  
Alignment  
Toe-in  
Front  
Rear  
Front  
Rear  
Front  
0.0 mm (0.00 in)  
in 2.0 mm (0.08 in)  
Manual transmission  
fluid  
Change  
Total  
1.5 (1.6 US qt , 1.3 Imp qt)  
1.6 (1.7 US qt , 1.4 Imp qt)  
Camber  
Caster  
0°  
1°  
2°10’  
Automatic transmission  
fluid  
Change  
Total  
3.2 (3.4 US qt , 2.8 Imp qt)  
5.4 (5.7 US qt , 4.8 Imp qt)  
2.5 (2.6 US qt , 2.2 Imp qt)  
Suspension  
Windscreen washer  
reservoir  
Type  
Front  
Rear  
Mcpherson Strut  
Torsion beam axle  
1 : Excluding the oil remaining in the engine.  
Steering  
Type  
Rack and pinion, with electrical  
power assistance  
Clutch  
Type  
Dry, single plate, diaphragm spring  
Brake  
Type  
Front  
Rear  
Power assisted  
Ventilated disc  
Solid disc or Drum  
Mechanical  
Parking  
392  
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Specifications  
Battery  
Lights  
Capacity  
12 V 28 AH/5 HR  
12 V 35 AH/20 HR  
Headlights  
12 V 60/55 W (H4/HB2)  
12 V 35 W 1,2  
12 V 21 W  
12 V 5 W  
Front turn signal lights  
Front position lights  
Side turn signal lights  
(headlight assembly)2  
Side turn signal lights (fender)2  
Side turn signal lights  
(door mirror)2  
Fuses  
Interior  
See page 379 or the fuse label  
attached to the inside of the fuse  
box door under the steering  
column.  
See page 377 or the fuse box  
cover.  
12 V 5 W  
12 V 5 W  
See note below  
Under-bonnet  
Rear turn signal lights  
12 V 21 W  
12 V 21/5 W  
See note below  
12 V 21 W  
12 V 55 W (H11)  
12 V 21 W  
12 V 5 W  
12 V 21 W  
See note below  
12 V 5 W  
Stop/tail-lights2  
Jack  
Type  
Stop/tail-lights (LED)2  
Back-up lights  
Honda Type-Aor Type-D*  
Front fog light2  
: European models  
Rear fog light2  
Licence plate lights  
High-mount brake light2  
High-mount brake light (LED)2  
Spotlights2  
Ceiling lights  
Front2  
Rear  
12 V 5 W  
12 V 8 W  
12 V 8 W  
12 V 5 W  
Individual map lights2  
Luggage area light  
1 : On vehicles with high voltage discharge type low beam headlights,  
replacement of a low beam headlight bulb should be performed  
by a dealer.  
2 : For some types  
NOTE:  
Replacement of these bulbs should be done by your dealer.  
393  
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Emissions Controls  
The burning of petrol in your vehicle’s Crankcase Emissions Control  
Evaporative Emissions Control  
System  
engine produces several byproducts.  
Some of these are carbon monoxide  
(CO), oxides of nitrogen (NOx) and  
hydrocarbons (HC). Petrol evapo-  
rating from the tank also produces  
hydrocarbons. Controlling the  
production of NOx, CO, and HC is  
important to the environment. Under  
certain conditions of sunlight and  
climate, NOx and HC react to form  
photochemical ‘‘smog.’’ Carbon  
monoxide does not contribute to  
smog creation, but it is a poisonous  
gas.  
System  
Your vehicle has a Positive  
As petrol evaporates in the fuel tank,  
an evaporative emissions control  
canister filled with charcoal absorbs  
the vapour. It is stored in this  
canister while the engine is off. After  
the engine is started and warmed up,  
the vapour is drawn into the engine  
and burned during driving.  
Crankcase Ventilation System. This  
keeps gasses that build up in the  
engine’s crankcase from going into  
the atmosphere. The Positive Crank-  
case Ventilation valve routes them  
from the crankcase back to the  
intake manifold. They are then  
drawn into the engine and burned.  
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Emissions Controls  
Exhaust Emissions Controls  
The exhaust emissions controls  
include three or four systems: PGM-  
FI, Ignition Timing Control, Exhaust  
Gas Recirculation (on some models),  
and Three Way Catalytic Converter.  
These three or four systems work  
together to control the engine’s  
combustion and minimize the  
amount of HC, CO, and NOx that  
comes out the tailpipe. The exhaust  
emissions control systems are  
separate from the crankcase and  
evaporative emissions control  
systems.  
PGM-FI System  
The PGM-FI System uses sequential  
multiport fuel injection.  
Three Way Catalytic Converter  
The three way catalytic converter is  
in the exhaust system. Through  
chemical reactions, it converts HC,  
CO, and NOx in the engine’s exhaust  
It has three subsystems: Air Intake,  
Engine Control, and Fuel Control.  
The Engine Control Module (ECM)/  
Powertrain Control Module (PCM-  
A/T only) uses various sensors to  
determine how much air is going  
into the engine. It then controls how  
much fuel to inject under all  
operating conditions.  
2
to carbon dioxide (CO ), dinitrogen  
2
(N ), and water vapour.  
Exhaust Gas Recirculation (EGR)  
System  
The Exhaust Gas Recirculation  
(EGR) system takes some of the  
exhaust gas and routes it back into  
the intake manifold. Adding exhaust  
gas to the air/fuel mixture reduces  
the amount of NOx produced when  
the fuel is burned.  
Ignition Timing Control System  
This system constantly adjusts the  
ignition timing, reducing the amount  
of HC, CO, and NOx produced.  
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Three Way Catalytic Converter  
The three way catalytic converter  
contains precious metals that serve  
as catalysts, promoting chemical  
reactions to convert the exhaust  
gasses without affecting the metals.  
The catalytic converter is referred to  
as a three-way catalyst, since it acts  
on HC, CO, and NOx. A replacement  
unit must be an original Honda part  
or its equivalent.  
Keep the engine tuned-up.  
Have your vehicle diagnosed and  
repaired if it is misfiring, back-  
firing, stalling, or otherwise not  
running properly.  
The three way catalytic converter  
must operate at a high temperature  
for the chemical reactions to take  
place. It can set on fire any com-  
bustible materials that come near it.  
Park your vehicle away from high  
grass, dry leaves, or other flamma-  
bles.  
THREE WAY CATALYTIC CONVERTER  
A defective three way catalytic  
converter contributes to air pollution,  
and can impair your engine’s per-  
formance. Follow these guidelines to  
protect your vehicle’s three way  
catalytic converter.  
Always use unleaded petrol. Even  
a small amount of leaded petrol  
can contaminate the catalyst  
metals, making the three way  
catalytic converter ineffective.  
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