What is the real fuel consumption of the 2011 Tiida?
3 Answers
2011 Tiida's real fuel consumption is 4.0L/100km. Fuel efficiency advantages: The 2021 Tiida is equipped with a 1.6L naturally aspirated engine featuring DIS dual fuel injection technology and dual C-VTC continuous variable valve timing intelligent control system. At low speeds, it uses high gear ratios to improve acceleration; at high speeds, it uses low gear ratios to reduce engine RPM, enhancing quietness and fuel economy. Transmission: The Nissan Tiida comes with a 5-speed manual and CVT transmission. The transmission functions to: change gear ratios, expand driving wheel torque and speed, enable reverse driving, and facilitate gear shifting or power output.
I've been driving a 2011 Nissan Tiida for several years, and the fuel consumption really depends on how you drive it. In city traffic jams, it can reach around 9 liters per 100 kilometers, which is quite fuel-consuming with all the stop-and-go driving. On highways, it's much more economical, roughly around 7 liters. My car is well-maintained with regular oil changes and air filter replacements, averaging about 8 liters per 100 kilometers overall. Keeping the tire pressure normal is also crucial; if it's too low, fuel consumption can increase by about 0.5 liters. Turning on the air conditioning easily pushes the consumption above 8.5 liters, especially noticeable in summer. Although the car is a bit older, the engine has no major issues, and the fuel consumption hasn't increased significantly. I chose the Tiida for its economical and practical nature, making it very suitable for city commuting, with monthly fuel costs just over 300 yuan.
As an automotive engineer analyzing the Tiida's fuel consumption, details matter. The 2011 model with a 1.6L naturally aspirated engine and CVT transmission has an official combined fuel consumption of 7-8L/100km. In real-world conditions, city driving with traffic lights and acceleration/deceleration can spike to 10L/100km, while highway cruising stabilizes at 6-7L/100km. Key influencing factors include engine carbon buildup and clogged filters—dirty ones can increase consumption by 10%; low tire pressure or heavy loads also elevate it. Using low-viscosity oil slightly improves efficiency; poor maintenance like worn spark plugs can push consumption to 9L/100km. Real-world tests show an average of 8L/100km is achievable, with driving habits accounting for 20% of the variance. Regular computer diagnostics to prevent faults are essential, as older cars rely on maintenance to sustain performance.
