Land Rover Range Rover Evoque 2015 vs Skoda Karoq 2017

 
Land Rover Range Rover Evoque
2015 - 2018
Skoda Karoq
2017 - 2021
Gearbox: AutomaticAutomatic
Engine: 2.0 Petrol1.5 Petrol
Camshaft drive: Timing chainTiming belt
Engine chain usually needs to be replaced less often than the timing belt, but the cost of replacing the chain is usually higher. Chain motors are considered to be more reliable, but noisier and more vibration generating.

Performance

Power: 240 HP150 HP
Torque: 340 NM250 NM
Acceleration 0-100 km/h: 7.6 seconds8.6 seconds
Land Rover Range Rover Evoque is more dynamic to drive.
Land Rover Range Rover Evoque engine produces 90 HP more power than Skoda Karoq, whereas torque is 90 NM more than Skoda Karoq. Thanks to more power Land Rover Range Rover Evoque reaches 100 km/h speed 1 seconds faster.

Fuel consumption

Fuel consumption (l/100km): 7.85.5
Real fuel consumption: 10.7 l/100km7.2 l/100km
The Skoda Karoq is a better choice when it comes to fuel economy.
By specification Land Rover Range Rover Evoque consumes 2.3 litres more fuel per 100 km than the Skoda Karoq, which means that if you drive 15,000 km in a year, the Land Rover Range Rover Evoque could require 345 litres more fuel.
By comparing actual fuel consumption based on user reports, Land Rover Range Rover Evoque consumes 3.5 litres more fuel per 100 km than the Skoda Karoq.
Fuel tank capacity: 68 litres50 litres
Full fuel tank distance: 870 km in combined cycle900 km in combined cycle
1060 km on highway1020 km on highway
630 km with real consumption690 km with real consumption
Read the article "Fuel Efficiency: How to Reduce Fuel Consumption" to learn more about fuel economy.

Drive type

Wheel drive type: All wheel drive (AWD, 4x4)Front wheel drive (FWD)

Engines

Average engine lifespan: 300'000 km330'000 km
Engine resource depends largely on regular maintenance and the quality of the oils and fuels used.
Engine production duration: 8 years8 years
Engine spread: Installed on at least 5 other car models, including Land Rover Freelander, Land Rover Discovery Sport, Jaguar XJ, Jaguar XFInstalled on at least 8 other car models, including Skoda Octavia, Audi A3, Skoda Superb, Skoda Scala, Audi A1, Audi Q3
In general, the longer and for more car models an engine is produced, the better its serviceability and availability of spare parts. Skoda Karoq might be a better choice in this respect.
Hydraulic tappets: noyes
The Skoda Karoq engine has hydraulic tappets (lifters), providing quieter operation and no need for periodic adjustment, but they are more complex in design and can cause serious engine damage in case of failure.
Skoda Karoq 2017 1.5 engine: The engine is praised for being both flexible and torquey, delivering impressive performance for its horsepower rating. It is also remarkably fuel-efficient. However, the engine is very demanding when it comes ...  More about Skoda Karoq 2017 1.5 engine 

Dimensions

Length: 4.37 m4.38 m
Width: 1.99 m1.84 m
Height: 1.66 m1.61 m
Land Rover Range Rover Evoque is 1 cm shorter than the Skoda Karoq, 14 cm wider, while the height of Land Rover Range Rover Evoque is 6 cm higher.
Trunk capacity: 575 litres521 litres
Trunk max capacity:
with rear seats folded down
no data1630 litres
Land Rover Range Rover Evoque has more luggage capacity.
Even though the car is shorter, Land Rover Range Rover Evoque has 54 litres more trunk space than the Skoda Karoq. The Skoda Karoq may have more interior space, so the cabin could be more spacious and more comfortable for the driver and passengers.
Turning diameter: 11.3 meters10.9 meters
The turning circle of the Land Rover Range Rover Evoque is 0.4 metres more than that of the Skoda Karoq, which means Land Rover Range Rover Evoque can be harder to manoeuvre in tight streets and parking spaces.
Gross weight (kg): 2`3501`929
Safety: no data
Quality: no datano data
Average price (€): 21 40018 200
Pros and Cons: Land Rover Range Rover Evoque has
  • timing chain engine
  • more power
  • more dynamic
  • has 4x4 drive
  • roomier boot
Skoda Karoq has
  • timing belt engine
  • lower fuel consumption
  • longer expected engine lifespan
  • lower price
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