What is the fuel consumption of the Citroen C-Elysée?
3 Answers
1.6L model has a fuel consumption of approximately 8.7 liters per 100 kilometers, while the 2.0L model consumes about 10.0 liters per 100 kilometers. Below are the specific details about the Citroen C-Elysée: Model Information: The C-Elysée is a compact sedan under the Citroen brand. Power Specifications: This vehicle is equipped with two engines: a 1.6L naturally aspirated engine and a 2.0L naturally aspirated engine. The 1.6L engine delivers 117 horsepower and a maximum torque of 150 Nm, achieving peak power at 6000 rpm and maximum torque at 4000 rpm.
I've been driving a Citroen C-Quatre for many years and would like to share my fuel consumption experience. My car is an older 1.6L gasoline model, mainly used for urban commuting, with an average fuel consumption around 9L/100km. On highways for long trips, it can drop to just over 6L/100km. I remember it was quite fuel-efficient when new, about 7L/100km, but after tens of thousands of kilometers, it gradually increased, probably due to carbon buildup and tire wear. Regular maintenance like oil changes and proper tire pressure can help save some fuel costs. Fuel consumption is really unstable - it can spike to 12L/100km in traffic jams but becomes super efficient on highways. I recommend owners track refueling amounts and mileage, using mobile apps to calculate actual consumption, which is much more accurate than official data. After years of driving, I've learned that driving habits make a huge difference - aggressive acceleration and hard braking are fuel killers. To save money, try planning routes to avoid traffic and driving gently for better results.
From my perspective as an auto mechanic, the fuel consumption of the Citroën C4 (Sega) is influenced by multiple factors. There are significant differences between engine models – for instance, the 1.2L and 1.6L gasoline engines show urban fuel consumption of approximately 8L/100km and 10L/100km respectively, while the diesel version is more economical at 6-7L combined. However, actual driving conditions play a crucial role: stop-and-go city traffic dramatically increases consumption, whereas maintaining a steady 80km/h on highways with reduced air resistance can lower it to 5-6L. Vehicle weight changes also have noticeable effects – additional luggage leads to higher consumption. Regular maintenance of components like air filters and spark plugs is essential, as clogging or wear can reduce engine efficiency and increase consumption by 1-2L. Other factors like windshield washer fluid concentration and air conditioning usage should be optimized to avoid unnecessary load. Drivers shouldn't rely solely on dashboard readings but use measured data as reference. Practicing gentle acceleration and avoiding excessive speed can significantly improve long-term fuel efficiency.
