What type of fuel does the Mercedes-Benz B200 use?
3 Answers
Mercedes-Benz B200 uses 95 and 98 octane fuel. The actual fuel consumption of the 2020 Mercedes-Benz B200: The actual fuel consumption per 100 kilometers for the 2020 Mercedes-Benz B200 is 6.2 liters, which is relatively low. This engine has a small displacement and features cylinder deactivation for energy saving, making it a car with good fuel economy. Pros and cons of the Mercedes-Benz B200: The interior materials are of high quality, mainly soft and leather materials. In terms of driving quality, the steering wheel has no play, and the chassis is very stable. However, as an imported car, it offers guaranteed quality, though the suspension is on the stiff side, rear seat comfort is average, and the power is just adequate. Being a niche imported model with low ownership numbers, the maintenance costs in the long run are relatively high.
I've been driving a Mercedes-Benz B200 for several years and always fill it with 95-octane gasoline, though 98-octane is even better. Mercedes engines are precision-built with high compression ratios, requiring high-octane fuel to prevent knocking and pre-ignition. Knocking occurs when gasoline ignites prematurely, which over time can damage pistons or spark plugs, leading to costly and troublesome repairs. I once tried using 92-octane fuel, and the engine made a rattling noise during acceleration, lacked power, and fuel consumption actually increased. The manual clearly states that RON 95 or higher is required. When refueling, I prefer major brands like Shell or Sinopec for their purer fuel quality and reliability. Occasionally using 98-octane makes the car run smoother and quieter, and in the long run, it protects the engine, saving money and hassle. I advise new owners not to cut corners and take unnecessary risks.
I feel the Mercedes-Benz B200 engine is quite sensitive and requires the use of 95 or 98 octane gasoline. Why? High-compression engines need precise ignition timing, and lower-octane fuels like 92 have lower resistance to premature combustion, which can easily lead to knocking. This not only damages engine components but also affects performance. Long-term use of low-quality fuel may cause excessive carbon buildup, increased fuel consumption, and contamination of the air filter and oxygen sensors, requiring additional maintenance. Don't take gasoline octane selection lightly—filling up with at least 95 octane from reputable gas stations can avoid these issues. Maintaining engine health ensures driving safety.
