Citroen Xantia 1993 vs Mercedes E class 1993

 
Citroen Xantia
1993 - 1997
Mercedes E class
1993 - 1995
Body: HatchbackSedan
The hatchback generally has more luggage space thanks to a larger trunk door opening and the ability to convert the rear of the passenger compartment into luggage space. Sedans tend to be quieter than hatchbacks, due to a more isolated rear area.
Gearbox: ManualManual
Engine: 1.6 Petrol2.0 Petrol
Camshaft drive: Timing beltTiming chain
Timing belt usually needs to be replaced more often than the chain, but it is usually significantly cheaper. Timing belt motors are generally quieter and less vibrating than chain motors.

Performance

Power: 90 HP136 HP
Torque: 130 NM190 NM
Acceleration 0-100 km/h: 13.4 seconds11.5 seconds
Mercedes E class is a more dynamic driving.
Citroen Xantia engine produces 46 HP less power than Mercedes E class, whereas torque is 60 NM less than Mercedes E class. Due to the lower power, Citroen Xantia reaches 100 km/h speed 1.9 seconds later.

Fuel consumption

Fuel consumption (l/100km): 7.98.6
Real fuel consumption: 8.3 l/100km9.0 l/100km
The Citroen Xantia is a better choice when it comes to fuel economy.
By specification Citroen Xantia consumes 0.7 litres less fuel per 100 km than the Mercedes E class, which means that by driving the Citroen Xantia over 15,000 km in a year you can save 105 litres of fuel.
By comparing actual fuel consumption based on user reports, Citroen Xantia consumes 0.7 litres less fuel per 100 km than the Mercedes E class.
Fuel tank capacity: 70 litres70 litres
Full fuel tank distance: 880 km in combined cycle810 km in combined cycle
840 km with real consumption770 km with real consumption
Citroen Xantia gets more mileage on one fuel tank.

Drive type

Wheel drive type: Front wheel drive (FWD)Rear wheel drive (RWD)
Front-wheel drive cars (Citroen Xantia) have better traction on slippery roads and when climbing hills, better fuel economy, and are less expensive to purchase. On the disadvantage side, FWD cars usually have less towing capacity, poorer acceleration and harder handling. Rear-wheel drive cars (Mercedes E class) have better handling on dry roads, better acceleration, more even weight distribution and more fun to drive. RWD is also better for towing large loads. The cons of rear-wheel drive are less interior and trunk space and more difficulty maneuvering in wet and snowy conditions.

Engines

Average engine lifespan: 300'000 km580'000 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 Mercedes E class engine could be longer.
Engine production duration: 6 years8 years
Engine spread: Used only for this carInstalled on at least 2 other car models, including Mercedes CLK, Mercedes SLK
In general, the longer and for more car models an engine is produced, the better its serviceability and availability of spare parts. Mercedes E class might be a better choice in this respect.
Hydraulic tappets: noyes
The Mercedes E class 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: 4.44 m4.74 m
Width: 1.76 m1.74 m
Height: 1.38 m1.43 m
Citroen Xantia is 30 cm shorter than the Mercedes E class, 2 cm wider, while the height of Citroen Xantia is 5 cm lower.
Trunk capacity: no data520 litres
Turning diameter: 11 meters11.2 meters
The turning circle of the Citroen Xantia is 0.2 metres less than that of the Mercedes E class.
Gross weight (kg): 1`2001`950
Safety: no datano data
Quality:
average

high
Mercedes E class has fewer problems.
According to annual technical inspection data Citroen Xantia has serious deffects in 35 percent more cases than Mercedes E class, so Mercedes E class quality is probably significantly better
Average price (€): 6002400
Pros and Cons: Citroen Xantia has
  • timing belt engine
  • lower fuel consumption
  • more full fuel tank mileage
  • lower price
Mercedes E klase has
  • timing chain engine
  • more power
  • more dynamic
  • longer expected engine lifespan
  • fewer faults
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