What engine is used in the Mercedes-Benz C200 coupe?
3 Answers
The Mercedes-Benz C200 coupe is equipped with two engine options: a 1.6T and a 2.0T, with the engine model being 274920. The 1.6T version has a maximum power output of 115 kW, a maximum torque of 250 Nm, and a top speed of 210 km/h. The 2.0T version has a maximum power output of 135 kW, a maximum torque of 300 Nm, and a top speed of 229 km/h. The front and rear suspensions of the Mercedes-Benz C200 coupe are both multi-link independent suspensions, with electric power steering. The auxiliary configurations of the Mercedes-Benz C200 coupe include: front and rear parking radar, cruise control, automatic parking, engine start-stop technology, auto hold, hill start assist, engine electronic immobilizer, and keyless start.
As an owner of the Mercedes-Benz C200 Coupe, I find its engine quite impressive. It features a 1.5-liter turbocharged four-cylinder engine paired with a 48V mild hybrid system. This powertrain combination delivers smooth and fuel-efficient performance in daily city driving, with quick acceleration response that isn't too aggressive, making it ideal for regular commutes. The engine operates quietly and remains stable during high-speed cruising. On one of my long-distance trips, I managed to keep fuel consumption at around 7 liters per 100 kilometers, which is quite economical. For maintenance, remember to schedule regular software checks and battery upkeep, as the mild hybrid system is relatively sensitive. Overall, this engine provides both reliability and driving pleasure for the coupe model, and I've never encountered any sudden malfunctions.
From an automotive enthusiast's perspective, the heart of the Mercedes-Benz C200 Coupe is its 1.5-liter M254 turbocharged four-cylinder unit integrated with a 48V starter-generator. This technical configuration optimizes power delivery and fuel efficiency, delivering a rated output around 150 horsepower. In real-world driving, acceleration feels smooth, with particularly responsive performance at low-to-mid RPMs. Compared to the previous pure internal combustion version, the mild hybrid system reduces jerky movements and displacement while adapting well to both urban and highway environments. I've also examined its emission performance, which meets modern standards. Potential drawbacks include slightly higher maintenance costs, with regular inspections of turbo and hybrid components being crucial. Using premium-grade gasoline is recommended to maintain stable performance.
