Mitsubishi Outlander 2003 vs Opel Antara 2007

 
Mitsubishi Outlander
2003 - 2006
Opel Antara
2007 - 2011
Gearbox: AutomaticManual
Engine: 2.4 Petrol2.0 Diesel
Petrol engines (Mitsubishi Outlander) are generally quieter, smoother, and better suited for short trips due to quicker warm-up times. Diesel (Opel Antara) engines, on the other hand, offer superior fuel efficiency and torque, making them ideal for long-distance driving and heavy loads. Read more: Petrol vs. Diesel: Fuel Economy and Key Differences.
Camshaft drive: Timing beltTiming belt

Performance

Power: 160 HP150 HP
Torque: 213 NM320 NM
Acceleration 0-100 km/h: 11.2 seconds10.3 seconds
Opel Antara is a more dynamic driving.
Mitsubishi Outlander engine produces 10 HP more power than Opel Antara, but torque is 107 NM less than Opel Antara. Despite the higher power, Mitsubishi Outlander reaches 100 km/h speed 0.9 seconds later.

Fuel consumption

Fuel consumption (l/100km): 10.17.5
Real fuel consumption: 10.8 l/100km9.0 l/100km
The Opel Antara is a better choice when it comes to fuel economy.
By specification Mitsubishi Outlander consumes 2.6 litres more fuel per 100 km than the Opel Antara, which means that if you drive 15,000 km in a year, the Mitsubishi Outlander could require 390 litres more fuel.
By comparing actual fuel consumption based on user reports, Mitsubishi Outlander consumes 1.8 litres more fuel per 100 km than the Opel Antara.
Fuel tank capacity: 59 litres65 litres
Full fuel tank distance: 580 km in combined cycle860 km in combined cycle
730 km on highway950 km on highway
540 km with real consumption720 km with real consumption
Opel Antara gets more mileage on one fuel tank.
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)All wheel drive (AWD, 4x4)

Engines

Average engine lifespan: 480'000 km530'000 km
Engine resource depends largely on regular maintenance and the quality of the oils and fuels used, but under equal conditions the average life of a Opel Antara engine could be longer.
Engine production duration: 22 years5 years
Engine spread: Installed on at least 3 other car models, including Mitsubishi Galant, Mitsubishi Grandis, Mitsubishi EclipseInstalled on at least 3 other car models, including Chevrolet Captiva, Chevrolet Epica, Chevrolet Cruze
In general, the longer and for more car models an engine is produced, the better its serviceability and availability of spare parts. Mitsubishi Outlander might be a better choice in this respect.
Hydraulic tappets: noyes
The Opel Antara 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.

Dimensions

Length: 4.54 m4.58 m
Width: 1.75 m1.85 m
Height: 1.62 m1.70 m
Mitsubishi Outlander is smaller.
Mitsubishi Outlander is 4 cm shorter than the Opel Antara, 10 cm narrower, while the height of Mitsubishi Outlander is 8 cm lower.
Trunk capacity: 402 litres370 litres
Trunk max capacity:
with rear seats folded down
1705 litres1420 litres
Mitsubishi Outlander has more luggage capacity.
Even though the car is shorter, Mitsubishi Outlander has 32 litres more trunk space than the Opel Antara. The Opel Antara may have more interior space, so the cabin could be more spacious and more comfortable for the driver and passengers. The maximum boot capacity (with all rear seats folded down) is larger in Mitsubishi Outlander (by 285 litres).
Turning diameter: 11.4 meters12.4 meters
The turning circle of the Mitsubishi Outlander is 1 metres less than that of the Opel Antara, which means Mitsubishi Outlander can be easier to manoeuvre in tight streets and parking spaces.
Gross weight (kg): 2`0702`225
Safety: no datano data
Quality: no data
average
Average price (€): 18004600
Rating in user reviews: 8.5/10 7.4/10
Pros and Cons: Mitsubishi Outlander has
  • more power
  • roomier boot
  • better manoeuvrability
  • higher ratings in user reviews
  • lower price
Opel Antara has
  • more dynamic
  • lower fuel consumption
  • more full fuel tank mileage
  • longer expected engine lifespan
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