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Jaguar E-Pace
Jaguar E-Pace
2.0 D150 AWD
Combined Consumption: - , CO2: 179 g/km
diesel
110 kW (150 HP)
€ 31,065
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Land Rover Discovery Sport
Land Rover Discovery Sport
D150 FWD
Combined Consumption: - , CO2: 170 g/km
diesel
110 kW (150 HP)
€ 31,310
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Jaguar E-Pace
Jaguar E-Pace
2.0 D165
Combined Consumption: - , CO2: 159 g/km
diesel
120 kW (163 HP)
€ 31,780
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Jaguar E-Pace
Jaguar E-Pace
2.0 D180 AWD
Combined Consumption: - , CO2: 182 g/km
diesel
132 kW (180 HP)
€ 31,817
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Land Rover New Range Rover Evoque
Land Rover New Range Rover Evoque
D150 FWD
Combined Consumption: 46.3 l/100 MI, CO2: 160 g/km
hybrid
120 kW (163 HP)
€ 31,980
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Jaguar E-Pace
Jaguar E-Pace
2.0 D150 R-Dynamic AWD
Combined Consumption: - , CO2: 179 g/km
diesel
110 kW (150 HP)
€ 32,450
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Jaguar E-Pace
Jaguar E-Pace
2.0 D165 R-Dynamic
Combined Consumption: - , CO2: 159 g/km
diesel
120 kW (163 HP)
€ 33,180
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Jaguar E-Pace
Jaguar E-Pace
2.0 D180 R-Dynamic AWD
Combined Consumption: - , CO2: 182 g/km
diesel
132 kW (180 HP)
€ 33,200
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Jaguar New XE
Jaguar New XE
2.0 P250 Automatic RWD S
Combined Consumption: 35.8 l/100 MI, CO2: 178 g/km
petrol
184 kW (250 HP)
€ 33,330
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Jaguar E-Pace
Jaguar E-Pace
2.0 D150 S AWD
Combined Consumption: - , CO2: 182 g/km
diesel
110 kW (150 HP)
€ 33,380
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Land Rover New Range Rover Evoque
Land Rover New Range Rover Evoque
D150 R-Dynamic FWD
Combined Consumption: 45.6 l/100 MI, CO2: 161 g/km
hybrid
120 kW (163 HP)
€ 33,510
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Jaguar E-Pace
Jaguar E-Pace
2.0 D180 AWD Auto
Combined Consumption: - , CO2: 189 g/km
diesel
132 kW (180 HP)
€ 33,575
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Jaguar E-Pace
Jaguar E-Pace
2.0 200hp AWD Auto
Combined Consumption: - , CO2: 213 g/km
petrol
147 kW (200 HP)
€ 33,580
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Jaguar E-Pace
Jaguar E-Pace
2.0 D165 S
Combined Consumption: - , CO2: 162 g/km
diesel
120 kW (163 HP)
€ 34,005
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Jaguar E-Pace
Jaguar E-Pace
2.0 D180 S AWD
Combined Consumption: - , CO2: 185 g/km
diesel
132 kW (180 HP)
€ 34,130
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Land Rover Discovery Sport
Land Rover Discovery Sport
D150 FWD S
Combined Consumption: - , CO2: 168 g/km
diesel
110 kW (150 HP)
€ 34,160
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Jaguar New XE
Jaguar New XE
2.0 D180 Automatic RWD S
Combined Consumption: 50.4 l/100 MI, CO2: 148 g/km
diesel
132 kW (180 HP)
€ 34,330
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Jaguar XF
Jaguar XF
2.0d 163ps Prestige
Combined Consumption: - , CO2: 147 g/km
diesel
120 kW (163 HP)
€ 34,725
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Jaguar E-Pace
Jaguar E-Pace
2.0 D150 R-Dynamic S AWD
Combined Consumption: - , CO2: 182 g/km
diesel
110 kW (150 HP)
€ 34,760
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Jaguar New XE
Jaguar New XE
2.0 P250 Automatic RWD SE
Combined Consumption: 35.8 l/100 MI, CO2: 179 g/km
petrol
184 kW (250 HP)
€ 34,800
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Jaguar New XE
Jaguar New XE
2.0 P250 Automatic AWD R-Dynamic S
Combined Consumption: 39.2 l/100 MI, CO2: 178 g/km
petrol
184 kW (250 HP)
€ 34,920
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Jaguar E-Pace
Jaguar E-Pace
2.0 D165 AWD Auto
Combined Consumption: 44.1 l/100 MI, CO2: 168 g/km
hybrid
120 kW (163 HP)
€ 35,080
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Jaguar E-Pace
Jaguar E-Pace
2.0 D180 R-Dynamic AWD Auto
Combined Consumption: - , CO2: 189 g/km
diesel
132 kW (180 HP)
€ 35,130
More details
Jaguar E-Pace
Jaguar E-Pace
2.0 200hp R-Dynamic AWD Auto
Combined Consumption: - , CO2: 213 g/km
petrol
147 kW (200 HP)
€ 35,140
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Jaguar XF
Jaguar XF
2.0d 180ps Prestige
Combined Consumption: - , CO2: 146 g/km
diesel
132 kW (180 HP)
€ 35,225
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Land Rover New Range Rover Evoque
Land Rover New Range Rover Evoque
P200 AWD Automatic
Combined Consumption: 37.2 l/100 MI, CO2: 205 g/km
hybrid
147 kW (200 HP)
€ 35,490
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Jaguar E-Pace
Jaguar E-Pace
2.0 D180 R-Dynamic S AWD
Combined Consumption: - , CO2: 185 g/km
diesel
132 kW (180 HP)
€ 35,510
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Jaguar E-Pace
Jaguar E-Pace
2.0 D150 SE AWD
Combined Consumption: - , CO2: 186 g/km
diesel
110 kW (150 HP)
€ 35,530
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Land Rover New Range Rover Evoque
Land Rover New Range Rover Evoque
D150 S FWD
Combined Consumption: 45.6 l/100 MI, CO2: 162 g/km
hybrid
120 kW (163 HP)
€ 35,550
More details
Jaguar E-Pace
Jaguar E-Pace
2.0 P250 AWD Auto
Combined Consumption: - , CO2: 216 g/km
petrol
183 kW (249 HP)
€ 35,585
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Find 461 cars
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(1) From September 1, 2017, certain new vehicles will be type-approved in accordance with the globally harmonized test procedure for passenger cars and light commercial vehicles (World Harmonized Light Vehicle Test Procedure, WLTP), a new, more realistic test procedure for measuring fuel consumption and CO2 emissions. From September 1, 2018, the WLTP will replace the new European driving cycle (NEDC), the current test procedure. Due to the more realistic test conditions, the fuel consumption and CO2 emission values measured according to the WLTP are in many cases higher than those measured according to the NEDC. This may result in corresponding changes in vehicle taxation from September 1, 2018. The information given here relates to the type approval of the selected model in accordance with the World Harmonized Light Vehicle Test Procedure, WLTP.

(2) The specified consumption and emission values were determined according to the legally prescribed measuring procedure. Since September 1, 2017, certain new vehicles have been type-approved according to the Worldwide Harmonized Light Vehicles Test Procedure (WLTP), a more realistic test procedure for measuring fuel consumption and CO2 emissions. From September 1, 2018, the WLTP will gradually replace the new European driving cycle (NEDC). Due to the more realistic test conditions, the fuel consumption and CO2 emission values measured according to the WLTP are in many cases higher than those measured according to the NEDC. This may result in corresponding changes in vehicle taxation from September 1, 2018. As far as new cars are concerned that are type-approved according to WLTP, the NEDC values are derived from the WLTP values. They are used solely for purposes of comparison between the various vehicle types. Additional equipment and accessories (attachments, tire format, etc.) can include relevant vehicle parameters such as B. Weight, Rolling resistance and aerodynamics change and, in addition to weather and traffic conditions and individual driving behavior, influence fuel consumption, power consumption, CO2 emissions and the performance figures of a vehicle.