2015 SKODA SUPERB transmission

Fig. 250
Engine earth: START-STOP sys-
tem
Read and observe on page 230 first.
The starting process using the battery of another vehicle requires the use of
jumper cables.
The jump-start cables must be attached in the following sequence.
›
Attach clamp
1
to the positive terminal of the discharged battery
A
» Fig. 249 .
›
Attach clamp
2
to the positive terminal of the battery supplying power
B
.
›
Attach clamp
3
to the negative terminal of the battery supplying power
B
.
›
Attach the clamp
4
to a solid metal part which is connected firmly to the en-
gine block or to the engine block itself.
The jump-start cable must be connected to the engine earthing point only on
vehicles with the START-STOP system » Fig. 250.
Starting engine
›
Start the engine on the vehicle providing the power and allow it to idle.
›
Start the engine of the vehicle with the discharged battery.
›
If the engine does not start, terminate the attempt to start the engine after
10 seconds and wait for 30 seconds before repeating the process.
›
Remove the jump start cables in the reverse order as attachment.
Both batteries must have a rated voltage of 12 V. The capacity (Ah) of the bat-
tery supplying the power must not be significantly less than the capacity of
the discharged battery in your vehicle.
Jump-start cables
Only use jump-start cables which have an adequately large cross-section and
insulated terminal clamps. Observe the instructions of the jumper lead manu-
facturer.
Positive cable - colour coding in the majority of cases is red.
Negative cable - colour coding in the majority of cases is black.
WARNING■
Do not clamp the jump-start cable to the negative terminal of the dis-
charged battery. There is the risk of detonating gas seeping out the battery
being ignited by the strong spark which results from the engine being star-
ted.■
The non-insulated parts of the terminal clamps must never touch each
other – risk of short circuit!
■
The jump-start cable connected to the positive terminal of the battery
must not come into contact with electrically conducting parts of the vehicle
– risk of short circuit!
■
Route the jump-start cables so that they cannot be caught by any rotat-
ing parts in the engine compartment.
Towing the vehicle
 Introduction
Fig. 251
Braided tow rope / Spiral tow rope
This chapter contains information on the following subjects:
Front towing eye
232
Rear towing eye
233
Vehicles with a tow hitch
233
For towing, a braided tow rope is to be used » Fig. 251 - 
.
When towing, the following guidelines must be observed.
Vehicles with manual transmission may be towed in with a tow bar or a tow
rope or with the front or rear wheels raised. 
231Emergency equipment and self-help

Vehicles with automatic transmission may be towed in with a tow bar or a tow
rope or with the front wheels raised. If the vehicle is raised at rear, the auto-
matic gearbox is damaged! If possible, the vehicle should be towed with the
engine running or at least with the ignition on.
Driver of the tow vehicle›
Engage the clutch gently when starting off or depress the accelerator partic-
ularly gently if the vehicle is fitted with an automatic gearbox.
›
Only then approach correctly when the rope is taut.
The maximum towing speed is 50 km/h.
Driver of the towed vehicle
›
Switch on the ignition so that the steering wheel is not locked and so that
the turn-signal lights, windscreen wipers and windscreen washer system can
be used.
›
Take the vehicle out of gear or move the selector lever into position N if the
vehicle is fitted with an automatic gearbox.
Please note that the brake servo unit and power steering only operate if the
engine is running. If the engine is not running, significantly more physical force
is required to depress the brake pedal and steer the vehicle.
If using a tow rope, ensure that it is always kept taught.
General information for the towing process
Both drivers should be familiar with the problems which might occur while a vehicle is being towed. Unskilled drivers should not attempt to tow in another
vehicle or to be towed in.
The vehicle must be transported on a special breakdown vehicle or trailer if it
is not possible to tow in the vehicle in the way described or if the towing dis-
tance is greater than 50 km.
If the gearbox has no oil, your vehicle must be towed with the front axle raised
clear of the ground or on a breakdown vehicle or trailer.
To protect both vehicles when tow-starting or towing, the tow rope should be elastic. Thus one should only use plastic fibre rope or a rope made out of a
similarly elastic material.
Attach the tow rope or the tow bar to the towing eyes » page 232 or
» page 233 to the detachable ball head of the towing device » page 184 .
WARNING■
When towing, exercise increased caution.■Do not use spiral rope for towing » Fig. 251-  , the towing eye may un-
screw from the vehicle - risk of accident.■
Ensure tow rope is not twisted - risk of accident.
CAUTION
■ Do not start engine by towing - there is a risk of damaging the engine parts.
The battery from another vehicle can be used as a jump-start aid » page 230,
Jump-starting .■
There is always a risk of excessive stresses and damage resulting at the
points to which you attach the tow rope or tow bar when you attempt to tow a
vehicle which is not standing on a paved road.
Note
We recommend using a tow rope from ŠKODA Original Accessories, which is
available from a ŠKODA Partner.
Front towing eye
Fig. 252
Removing the cap / fitting the towing eye
Read and observe
and on page 232 first.
Removing/installing the cap
›
Press on the fuel filler flap in the direction of the arrow
1
» Fig. 252 .
›
Remove the cap in the direction of the arrow
2
.
›
After unscrewing the cap of the towing eye, insert the cap in the region of
the arrow
1
and then press the opposite side of the cap.
The cap must engage firmly. 
232Do-it-yourself

Maximum permissible front axle load
Maximum permissible rear axle load
Vehicle identification number (VIN)
The vehicle identification number - VIN (vehicle body number) is stamped into
the engine compartment on the right hand suspension strut dome. This num-
ber is also located on a sign on the lower left hand edge below the windscreen
(together with a VIN bar code), and on the type plate.
The VIN number can also be displayed in the Infotainment » Owner´s Manual
Infotainment , chapter CAR - vehicle settings .
Engine number
The engine number (three-digit identifier and serial number) is stamped on the
engine block.
Supplementary Information (applies to Russia)
The full type approval number of the means of transport is indicated in the
registration documents, field 17.
Maximum permissible towed weight
The listed maximum allowable trailer weight is only valid for altitudes up to
1000 m above sea level.
The engine output falls as altitude increases, as does the vehicle's climbing
power. Therefore, for every additional 1000 m in height (or part), the maximum
permissible towed weight must be reduced by 10%.
The towed weight is made up of the actual weights of the loaded towing vehi-
cle and the loaded trailer.WARNINGDo not exceed the specified maximum permissible weights – risk of acci-
dent and damage!
Operating weight
This value represents the minimum operating weight without additional
weight-increasing equipment such as air conditioning system or spare wheel.
The specified operating weight is for orientation purposes only.
The operating weight also contains the weight of the driver (75 kg), the weight
of the operating fluids, the tool kit, and a fuel tank filled to 90 % capacity.
1011Operating weight - SuperbEngineTransmissionOperating weight (kg)1.4 l/92 kW TSIMG1375
1.4 l/110 kW TSI ACT
MG1395MG 4x41505DSG14251.4 l/110 kW TSIMG1388DSG14181.8 l/132 kW TSIMG1465DSG14852.0 l/162 kW TSIDSG (EU6)1505DSG (EU4)15002.0 l/206 kW TSIDSG 4x41615
1.6 l/88 kW TDI CR
MG1465MG (Green Line)1485DSG1480
2.0 l/110 kW TDI CR
MG1485MG 4x41605DSG15002.0 l/130 kW TDI CRDSG1515
2.0 l/140 kW TDI CR
MG1505DSG1555DSG 4x41615
Operating weight - Superb Estate
EngineTransmissionOperating weight (kg)1.4 l/92 kW TSIMG1395
1.4 l/110 kW TSI ACT
MG1415MG 4x41525DSG14451.4 l/110 kW TSIMG1408DSG1438 247Technical data

EngineTransmissionOperating weight (kg)1.8 l/132 kW TSIMG1485DSG15052.0 l/162 kW TSIDSG (EU6)1525DSG (EU4)15202.0 l/206 kW TSIDSG 4x41635
1.6 l/88 kW TDI CR
MG1485MG (Green Line)1505DSG1500
2.0 l/110 kW TDI CR
MG1505MG 4x41625DSG15202.0 l/130 kW TDI CRDSG1535
2.0 l/140 kW TDI CR
MG1525DSG1575DSG 4x41635
Note
If required, you can find out the precise weight of your vehicle at a specialist
garage.
Payload
It is possible to calculate the approximate maximum payload from the differ-
ence between the permissible total weight and the operating weight.
The payload consists of the following weights.
▶ The weight of the passengers.
▶ The weight of all items of luggage and other loads.
▶ The weight of the roof, including the roof rack system.
▶ The weight of the equipment that is excluded from the operating weight.
▶ Trailer draw bar load when towing a trailer (max. 90 kg).
Measurement of fuel consumption and CO
2 emissions according to
ECE Regulations and EU Directives
The data on fuel consumption and CO 2 emissions were not available at the
time of going to press.
The data on fuel consumption and CO 2 emissions are given on the ŠKODA
websites or in the sales and technical vehicle documentation.
The measurement of the intra-urban cycle begins with a cold start of the en-
gine. Afterwards urban driving is simulated.
In the extra-urban driving cycle, the vehicle is accelerated and decelerated in
all gears, corresponding to daily routine driving conditions. The driving speed
varies between 0 and 120 km/h.
The calculation of the combined fuel consumption considers a weighting of
about 37 % for the intra-urban cycle and 63 % for the extra-urban cycle.
Note
■ The fuel consumption and emission levels given on the ŠKODA websites or in
the commercial and technical vehicle documentation have been established in
accordance with rules and under conditions that are set out by legal or techni-
cal rules for the determination of operational and technical data of motor vehi-
cles.■
Depending on the extent of the equipment, the driving style, traffic condi-
tions, weather influences and vehicle condition, consumption values can in
practice result in fuel economy figures in the use of the vehicle that differ from
the fuel consumption values listed on the ŠKODA websites or in the commer-
cial and technical vehicle documentation.
248Technical data

Vehicle-specific information depending on engine type
Introduction
This chapter contains information on the following subjects:
1.4 l/92 kW TSI engine252
1.4 l/110 kW TSI ACT engine
252
1.4 l/110 kW TSI engine
253
1.8 l/132 kW TSI engine
253
2.0 l/162 kW TSI engine
2532.0 l/206 kW TSI engine2541.6 l/88 kW TDI CR engine254
2.0 l/110 kW TDI CR engine
254
2.0 l/130 kW TDI CR engine
255
2.0 l/140 kW TDI CR engine
255The values given have been determined in accordance with the rules and conditions specified in statutory or technical regulations for determining operational
and technical data for motor vehicles.The emissions standard is detailed in the technical vehicle documentation as well as in the certificate of conformity (COC document), which can be obtained from a ŠKODA partner a)
.a)
Only valid for some countries and some models.
1.4 l/92 kW TSI engine
Output (kW/rpm)92/5000-6000Maximum torque (Nm/rpm)200/1400-4000Number of cylinders/displacement (cm 3
)4/1395BodySuperbSuperb EstateTransmissionMGMGTop speed (km/h)208206Acceleration 0-100 km/h (s)9.910.0
1.4 l/110 kW TSI ACT engine
Output (kW/rpm)110/5000-6000Maximum torque (Nm/rpm)250/1500-3500Number of cylinders/displacement (cm 3
)4/1395BodySuperbSuperb EstateTransmissionMGMG 4x4DSGMGMG 4x4DSGTop speed (km/h)220215220218213218Acceleration 0-100 km/h (s)8.69.08.88.79.18.9252Technical data

1.4 l/110 kW TSI engineOutput (kW/rpm)110/5000-6000Maximum torque (Nm/rpm)250/1500-3500Number of cylinders/displacement (cm3
)4/1395BodySuperbSuperb EstateTransmissionMGDSGMGDSGTop speed (km/h)220220218218Acceleration 0-100 km/h (s)8.68.88.78.9
1.8 l/132 kW TSI engine
Output (kW/rpm)MG132/4000-6200DSG132/5100-6200Maximum torque (Nm/rpm)MG320/1450-3900DSG250/1250-5000Number of cylinders/displacement (cm 3
)4/1798BodySuperbSuperb EstateTransmissionMGDSGMGDSGTop speed (km/h)232232230230Acceleration 0-100 km/h (s)8.08.18.18.2
2.0 l/162 kW TSI engine
Output (kW/rpm)162/4500-6200Maximum torque (Nm/rpm)350/1500-4400Number of cylinders/displacement (cm 3
)4/1984BodySuperbSuperb EstateTransmissionDSGDSGTop speed (km/h)245243Acceleration 0-100 km/h (s)7.07.1253Technical data

2.0 l/206 kW TSI engineOutput (kW/rpm)206/5600-6500Maximum torque (Nm/rpm)350/1700-5600Number of cylinders/displacement (cm3
)4/1984BodySuperbSuperb EstateTransmissionDSG 4x4DSG 4x4Top speed (km/h)250250Acceleration 0-100 km/h (s)5.85.8
1.6 l/88 kW TDI CR engine
Output (kW/rpm)88/3600-4000Maximum torque (Nm/rpm)250/1600-3250Number of cylinders/displacement (cm 3
)4/1598BodySuperbSuperb EstateTransmissionMGMG (Green Line)DSGMGMG (Green Line)DSGTop speed (km/h)206209206204206204Acceleration 0-100 km/h (s)10.911.011.011.011.111.1
2.0 l/110 kW TDI CR engine
Output (kW/rpm)110/3500-4000Maximum torque (Nm/rpm)340/1750-3000Number of cylinders/displacement (cm 3
)4/1968BodySuperbSuperb EstateTransmissionMGMG 4x4DSGMGMG 4x4DSGTop speed (km/h)220215218218213216Acceleration 0-100 km/h (s)8.89.08.98.99.19.0254Technical data

2.0 l/130 kW TDI CR engineOutput (kW/rpm)130/3700-4000Maximum torque (Nm/rpm)380/1750-3400Number of cylinders/displacement (cm3
)4/1968BodySuperbSuperb EstateTransmissionDSGDSGTop speed (km/h)222220Acceleration 0-100 km/h (s)8.48.5
2.0 l/140 kW TDI CR engine
Output (kW/rpm)140/3500-4000Maximum torque (Nm/rpm)400/1750-3250Number of cylinders/displacement (cm 3
)4/1968BodySuperbSuperb EstateTransmissionMGDSGDSG 4x4MGDSGDSG 4x4Top speed (km/h)237235230235233228Acceleration 0-100 km/h (s)8.07.77.68.17.87.7255Technical data