Mercedes CLK 2003 vs Audi TT 1999

 
Mercedes CLK
2003 - 2005
Audi TT
1999 - 2005
Gearbox: AutomaticManual
Engine: 1.8 Petrol1.8 Petrol
Camshaft drive: Timing chainTiming chain and belt

Performance

Power: 163 HP180 HP
Torque: 240 NM235 NM
Acceleration 0-100 km/h: 10.5 seconds8.1 seconds
Audi TT is a more dynamic driving.
Mercedes CLK engine produces 17 HP less power than Audi TT, but torque is 5 NM more than Audi TT. Due to the lower power, Mercedes CLK reaches 100 km/h speed 2.4 seconds later.

Fuel consumption

Fuel consumption (l/100km): 9.28.2
Real fuel consumption: 9.2 l/100km9.0 l/100km
The Audi TT is a better choice when it comes to fuel economy.
By specification Mercedes CLK consumes 1 litres more fuel per 100 km than the Audi TT, which means that if you drive 15,000 km in a year, the Mercedes CLK could require 150 litres more fuel.
By comparing actual fuel consumption based on user reports, Mercedes CLK consumes 0.2 litres more fuel per 100 km than the Audi TT.
Fuel tank capacity: 62 litres56 litres
Full fuel tank distance: 670 km in combined cycle680 km in combined cycle
920 km on highway870 km on highway
670 km with real consumption620 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: Rear wheel drive (RWD)Front wheel drive (FWD)
Front-wheel drive cars (Audi TT) 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 CLK) 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: 440'000 km420'000 km
Engine resource depends largely on regular maintenance and the quality of the oils and fuels used.
Engine production duration: 13 years5 years
Engine spread: Installed on at least 3 other car models, including Mercedes C klase, Mercedes E klase, Mercedes SLKInstalled on at least 6 other car models, including Volkswagen Golf, Skoda Octavia, Audi A3, Seat Ibiza, Seat Leon
In general, the longer and for more car models an engine is produced, the better its serviceability and availability of spare parts.
Mercedes CLK 2003 1.8 engine: The most notable issue with this engine is the sticking of exhaust valves due to carbon buildup. Another significant problem is the unreliable timing chain, which can stretch by 100,000 km. Early symptoms of a ...  More about Mercedes CLK 2003 1.8 engine 

Audi TT 1999 1.8 engine: The engine is considered reliable, with a lifespan from 300,000 km. The primary causes of unstable operation include air leaks through the crankcase ventilation system, throttle body malfunctions, idle air ...  More about Audi TT 1999 1.8 engine 

Dimensions

Length: 4.64 m4.04 m
Width: 1.74 m1.76 m
Height: 1.41 m1.35 m
Mercedes CLK is 60 cm longer than the Audi TT, 2 cm narrower, while the height of Mercedes CLK is 6 cm higher.
Trunk capacity: 276 litres220 litres
Trunk max capacity:
with rear seats folded down
390 litresno data
Mercedes CLK has more luggage capacity.
Mercedes CLK has 56 litres more trunk space than the Audi TT.
Turning diameter: 10.8 meters10 meters
The turning circle of the Mercedes CLK is 0.8 metres more than that of the Audi TT, which means Mercedes CLK can be harder to manoeuvre in tight streets and parking spaces.
Gross weight (kg): 2`1351`640
Safety: no data
Quality:
above average

high
Audi TT has fewer problems.
According to annual technical inspection data Mercedes CLK has serious deffects in 30 percent more cases than Audi TT, so Audi TT quality is probably significantly better
Average price (€): 10 4005000
Pros and Cons: Mercedes CLK has
  • longer expected engine lifespan
  • roomier boot
Audi TT has
  • more power
  • more dynamic
  • lower fuel consumption
  • better manoeuvrability
  • fewer faults
  • lower price
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