What is the fuel consumption of the Geely Vision X3?
3 Answers
1.5L (4-speed automatic) fuel consumption range is 7.95~10.67, with an average of 9.31; 1.5L (5-speed automatic) fuel consumption range is 6.94~9.03, with an average of 7.99. Below is more information about the fuel consumption of the Geely Vision X3: Fuel consumption and displacement: Fuel consumption is related to displacement. A larger cylinder volume (displacement) can hold more combustible mixture (air-fuel), so under otherwise identical conditions, an engine with a larger cylinder volume (displacement) will inherently have higher fuel consumption. Fuel consumption and RPM: During everyday driving, the RPM range is generally between 1000-3000. The maximum RPM for a typical family car is around 6000, while race cars operate at twice the maximum RPM of family cars (over 10,000 RPM) during races, resulting in much higher fuel consumption.
I've been driving a Geely Vision X3 for several years. The manual transmission averages around 6 liters per 100km, while the automatic might reach 7.5 liters, but this depends on road conditions. In city traffic with frequent stops and starts during congestion, consumption can spike to 8-9 liters. On highways, cruising maintains about 6 liters - smooth driving saves significant fuel. Keep tire pressure adequate, change engine oil regularly, and replace dirty air filters to maintain intake efficiency. AC use in summer increases consumption slightly; consider higher temperature settings or window ventilation. Before long trips, inspect your vehicle and avoid unnecessary loads to control costs. Avoid sudden acceleration/braking, and utilize cruise control on highways for optimal efficiency. Ultimately, consumption varies by driver, but 7 liters/100km is generally typical.
As a car enthusiast, I've researched the fuel consumption of the Geely Vision X3. The official data shows 6-8 liters per 100 kilometers. In actual driving, it's around 7 liters in urban areas and slightly over 6 liters on highways, with significant variations depending on vehicle condition. Engine carbon buildup or transmission aging can increase fuel consumption, making regular maintenance crucial. For example, replacing the fuel filter and air filter can improve efficiency. Using low-viscosity engine oil also helps reduce friction. Short-distance driving when the engine hasn't warmed up leads to higher fuel consumption, which improves after proper warm-up. Turning off the engine while waiting saves fuel. Worn tires or uneven wheel alignment also increase consumption, so it's recommended to check them every six months. The aerodynamic design is optimized for highway driving, while mountainous terrain adds burden. From an environmental perspective, lower fuel consumption reduces emissions, and using high-quality gasoline can extend component lifespan and save costs.
