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The
ten best petrol vehicles
The
ten best diesel vehicles
The data tables are split into the
following Parts:
Part A Vehicles that meet Euro IV Emission Limits (Highest Standard)
Part B Vehicles that meet Euro III Emission Limits
Important Note
- Some cars may appear
in more than one Part of the data table. The reason for
this is that different specifications of the vehicle
model in question have been approved to different exhaust
emissions limits (e.g. Euro III or IV). Changes in exhaust
emission levels do not necessarily result in a change
in model description. In view of this, all of the Parts
should be examined when searching for a vehicle. The
presence of a Vehicle Identification Number (VIN) in
the model description indicates the point from which
a given vehicle met the Euro standard in question. If
you select a car in a given Part make sure that the dealer
understands that you require a car approved to the limits
applicable to that Part
In using the tables of information, it may be helpful to note
the following:
- models are listed under
the name of the manufacturer or importer.
- the figures
are obtained by running an example of the listed vehicle
over a fixed route in a laboratory on
a rolling road under closely controlled conditions.
The test cycle is described later in the booklet.
- the
results of the fuel consumption tests are shown both
in litres per 100 kilometres and in miles per
gallon. A conversion chart and conversion factors
are given inside
the back cover.
- CO2 emissions and the results of the
exhaust emissions test are shown in grammes per kilometre.
- the
fuel cost of driving 12000 miles is calculated using
the combined fuel consumption figure and
an average fuel
price which is assessed each year. Currently
it is 80p/litre for petrol, and 84p/litre for diesel
and 39p/litre for
LPG.
- the external noise emitted by a car is shown
in decibels as measured on the A scale of a
noise meter.
The A
scale was devised to ‘weight’ the reading of
a noise meter
so it more closely represented what is heard
by the human ear. The noise test is described
in more
detail
later
in the booklet.
- It is important to note that
figures shown in the booklet are for comparison of
different models
and
will not necessarily
be the same as the fuel consumption, emissions
levels, or noise levels actually achieved
on the road. For
this reason it is not advisable to rank a
number of vehicles
for which very similar figures are quoted.
- The
test to test variability in type approval emission
figures (on the far right of the
tables) means they
are of only limited value in comparing
vehicles and caution
should be exercised when considering these
figures. More detail is given later in
the booklet.
- Low volume manufactures can use figures
obtained from US type approval tests
to gain approval
for sale within
the EU. The test cycle used for the US
type approval is different to the European
test
cycle and therefore
the figures obtained are not directly
comparable.
The models listed below have been tested to US test procedures,
and achieved the figures listed.
|
Model |
CO
in g/km |
HC
in g/km |
NOx in
g/km |
| Bentley
Arnage R |
0.355 |
0.038 |
0.053 |
| Bentley
Arnage T |
0.355 |
0.038 |
0.053 |
| Bentley
Arnage RL |
0.355 |
0.038 |
0.053 |
| Lamborghini
Diablo 132 |
1.180 |
0.075 |
0.186 |
| Lamborghini
Diablo 132 SE |
1.180 |
0.075 |
0.186 |
| Lamborghini
Diablo Roadster L144 |
1.180 |
0.075 |
0.186 |
| Aston
Martin DB7 Vantage (Coupé & Convertible) Automatic |
0.472 |
0.050 |
0.044 |
| Aston
Martin DB7 Vantage (Coupé & Convertible) Manual |
0.304 |
0.044 |
0.037 |
| Aston
Martin DB7 GT |
0.286 |
0.155 |
0.249 |
| Aston
Martin DB7 GTA |
0.472 |
0.050 |
0.044 |
- CO2 Information
- The CO2 figures shown are representative of the vehicle tested and may vary between
specifications (variants/versions) of a given model.
As such the figures are indicative only. A definitive
figure for a given specification (variant/version) will
be available at the point of sale.
OTHER RELEVANT ISSUES
Vehicle Excise Duty (VED) - From March 2001 a vehicle’s CO2 figure has been
used as the basis for applying VED, or "Road
Tax" rates for new passenger cars. The vehicle’s CO2 figure is shown on the V5 (Registration
Document). Further information can be found on the DVLA web site http://www.dvla.gov.uk/newved.htm.
A VED calculator is available on the VCA website www.vcacarfueldata.org.uk . The purpose of this calculator is to provide an indicative view of the
VED that may be payable on a given car.
Company Car Tax – From April 2002 the benefit-in-kind tax
charged for company cars has been based on the CO2 emissions of a vehicle. This will apply to all
company cars registered from January 1998 onwards. Further details can be
found on the Inland Revenue website www.inlandrevenue.gov.uk/cars. For cars registered
from March 2001, the CO2 figure used to calculate company car tax will be that
shown on the car’s V5 (Registration Document). An arrangement has been made
with the Society of Motor Manufacturers & Traders
(SMMT) to supply historic CO2 information for cars registered between January
1998 and March 2001. This data can be accessed through the SMMT website at http://www.smmt.co.uk/co2/co2intro.cfm
Powershift Programme – This is a Government sponsored programme, the purpose
of which is to support the purchase of alternatively fuelled vehicles.
Powershift provides information on all aspects of clean fuel vehicles
and can, under certain circumstances, provide grants to help offset the
extra cost of purchasing an alternative fuel vehicle or converting an
existing vehicle to run on alternative fuel. More information is available
on the Powershift website www.transportenergy.org.uk.
To give a comparison and to show what is achievable, the
tables below show the ten best petrol and ten best diesel cars in terms
of CO2 emissions. All the models shown are selected from the full list.
The fuel cost is given for comparison purposes, for any given vehicle
it will depend on the actual fuel consumption achieved and the price you
pay for fuel. A similar table will be included for Alternative Fuel vehicles
as more information becomes available. The purpose of the tables below
is to provide a representative sample. Consequently where there are several
specifications of a vehicle model with similar fuel consumption figures,
only a single entry is given below.
The ten best petrol vehicles
| Ranking
|
Make
|
Model |
Engine
Capacity
cc
|
Trans-
mission
|
CO2
(g/km)
|
Fuel
Consumption
(mpg)
|
Fuel cost
of driving
12000 miles
|
| 1 |
HONDA |
Insight |
995 |
5MT |
80 |
83.1 |
525 |
| 2 |
TOYOTA |
Prius |
1497 |
E-CVT |
104 |
65.7 |
664 |
| 3 |
PEUGEOT |
107 |
998 |
M5 |
109 |
61.3 |
712 |
| 4 |
TOYOTA |
Aygo |
998 |
Multi5 |
109 |
61.4 |
711 |
| 5 |
SMART |
City Coupé Hatchback |
698 |
SM6 |
113 |
60.1 |
726 |
| 6 |
DAIHATSU |
Charade |
989 |
M5 |
114 |
58.9 |
741 |
| 7 |
VAUXHALL |
Corsa |
998 |
MTA |
115 |
58.8 |
742 |
| 8 |
SMART |
Roadster |
698 |
A6 |
116 |
57.6 |
758 |
| 9 |
HONDA |
Civic IMA |
1339 |
5MT |
116 |
57.6 |
758 |
| 10 |
DAIHATSU |
Sirion |
998 |
M5 |
118 |
56.5 |
772 |
The ten best diesel vehicles
|
Ranking
|
Make
|
Model |
Engine
Capacity
cc
|
Trans-
mission
|
CO2
(g/km)
|
Fuel
Consumption
(mpg)
|
Fuel
cost
of driving
12000 miles
|
| 1 |
CITROEN |
C2 |
1398 |
M5 |
107 |
68.9 |
665 |
| 2 |
CITROEN |
C3 |
1398 |
M5 |
109 |
67.3 |
681 |
| 3 |
RENAULT |
Clio |
1461 |
M5 |
110 |
67.3 |
681 |
| 4 |
PEUGEOT |
206 |
1398 |
M5 |
113 |
65.6 |
699 |
| 5 |
RENAULT |
Clio |
1461 |
M5 |
113 |
65.8 |
696 |
| 6 |
FIAT |
Panda |
1248 |
M5 |
114 |
65.7 |
697 |
| 7 |
FORD |
Fiesta |
1399 |
M5 |
114 |
65.7 |
697 |
| 8 |
VAUXHALL |
Corsa |
1248 |
MTA |
115 |
65.6 |
699 |
| 9 |
PEUGEOT |
1007 |
1398 |
M5 |
115 |
64.1 |
715 |
| 10 |
SMART |
Forfour |
1493 |
S/A6 |
116 |
64.2 |
714 |
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