What is the fuel tank capacity of the 2018 Sagitar?
1 Answers
The fuel tank capacity of the 2018 Sagitar Comfort version is 50 liters, which is the official data. The Sagitar is a compact car under the Volkswagen brand. Owners of the 2018 Sagitar can also check this information on the car's configuration sheet. The 2018 Sagitar 1.4T Comfort version uses 95-octane gasoline, with an NEDC combined fuel consumption of 5.9L/100KM. A full tank can run for 847 kilometers. The 2018 Sagitar 1.2 Premium version uses 95-octane gasoline, with an NEDC combined fuel consumption of 5.5L/100KM. A full tank can run for 909 kilometers. The 2018 Sagitar 1.6 automatic (Comfort and Fashion versions) and manual (Comfort and Fashion versions) use 92-octane gasoline. The automatic version has an NEDC combined fuel consumption of 6.8L/100KM, and a full tank can run for 735 kilometers. The manual version has an NEDC combined fuel consumption of 6.5L/100KM, and a full tank can run for 769 kilometers. During daily driving, it is necessary to pay attention to the remaining fuel in the tank. This is usually observed through the fuel gauge in the car. If there are no other issues, the fuel level will be accurately reflected on the gauge. The fuel gauge typically has 5 to 6 segments. It is advisable to refuel when there are 2 segments left to avoid running out of fuel midway. During actual refueling, the amount of fuel may exceed the marked capacity. This is because the fuel tank capacity marked by the car manufacturer is from the bottom of the tank to the safety limit. There is additional space from the safety limit to the tank opening, which is designed to allow for fuel expansion due to temperature increases without causing overflow. If the tank is filled to the opening during refueling, the actual fuel amount may exceed the marked capacity. Other factors that affect fuel consumption include: Vehicle weight: The relationship between weight and fuel consumption is directly proportional. A 10% reduction in weight leads to a corresponding reduction in fuel consumption. Car design: A lower drag coefficient results in significantly lower fuel consumption. A higher drag coefficient increases fuel consumption proportionally. Low tire pressure increases friction and adhesion, leading to higher fuel consumption. Driving habits: Rapid acceleration and frequent braking can significantly increase fuel consumption. Wind direction: Driving with a tailwind reduces fuel consumption, while driving against the wind increases engine workload and fuel consumption. Road conditions: Driving on flat roads results in lower fuel consumption, while driving on rough or steep roads increases it. Use of additional electronic devices: Using extra equipment like air conditioning increases fuel consumption.