What is the fuel tank capacity of the 11th-generation Civic?

1 Answers
KinsleyLee
07/30/25 3:13am
The fuel tank capacity of the 11th-generation Civic is 47 liters. For two cars with identical engines, a larger fuel tank allows for a longer driving range. Here are the details about the car's fuel tank: Introduction to the 11th-generation Civic's configuration: In terms of features, the 11th-generation Civic comes standard with 10 airbags. Additionally, compared to the 10th-generation model, it includes additional features such as passive pedestrian protection, fatigue driving alerts, a 7-inch LCD instrument panel, a 9-inch central control screen, and automatic headlights. The 11th-generation Honda Civic offers two powertrain options: a 2.0-liter naturally aspirated engine and a 1.5-liter turbocharged engine. Both are paired with a CVT transmission uniquely tuned for each engine. The power output, engine sound, and EPA fuel economy of both engines have been improved, with the 1.5-liter engine also seeing an increase in power output. Methods for determining fuel tank capacity: Generally, due to various factors such as road conditions and driving conditions, the remaining fuel capacity when the warning light comes on is not always the same. For example, when the fuel level is near the warning point, high-speed driving, turning, uphill or downhill driving, emergency braking, and strong vibrations can trigger the warning light. Additionally, different road conditions result in varying mileage and fuel consumption. In heavy traffic with slower speeds and frequent braking and acceleration, fuel consumption tends to be higher. The warning light provides only a rough estimate of the fuel tank capacity and should not be considered the sole standard.
Was this review help?
14
1
Share
More Forum Discussions

Can You Get a Driver's License in the Military?

Yes, you can. Here are the relevant conditions for applying for a driver's license: 1. Driving Age: Applicants for small cars, small automatic transmission cars, small automatic transmission passenger cars for the disabled, or light motorcycles must be at least 18 years old and under 70 years old. Applicants for low-speed trucks, three-wheeled cars, ordinary three-wheeled motorcycles, ordinary two-wheeled motorcycles, or wheeled self-propelled machinery must be at least 18 years old and under 60 years old. Applicants for city buses, large trucks, trolleybuses, or trams must be at least 20 years old and under 50 years old. 2. Physical Conditions: For applicants of large passenger vehicles, tractors, city buses, large trucks, or trolleybuses, the height must be at least 155 cm. For applicants of medium-sized passenger vehicles, the height must be at least 150 cm. For applicants of large passenger vehicles, tractors, city buses, medium-sized passenger vehicles, large trucks, trolleybuses, or trams, the naked or corrected visual acuity must reach 5.0 or above on the logarithmic visual acuity chart. For other vehicle types, the naked or corrected visual acuity must reach 4.9 or above on the logarithmic visual acuity chart.
5
4
Share

What to Prepare for a Long-Distance Trip?

Preparations for a long-distance trip include vehicle inspection, ensuring complete car equipment, installing a dash cam, having all necessary documents, carrying vehicle tools, daily necessities, and medical supplies. Below is a detailed introduction to what you need to prepare for a long-distance trip: 1. Vehicle Inspection: Vehicle inspection is the most critical aspect. Many friends choose to have their beloved cars serviced before going on a road trip or returning home for the New Year, ensuring the car is in optimal condition to accompany you through the journey. 2. Complete Car Equipment, Install a Dash Cam: A dash cam can ensure driving safety by recording the driving process. It can help resolve minor frictions or encounters with ill-intentioned individuals, saving you from potential troubles. 3. Complete Documentation: For a long-distance trip, you cannot leave important documents at home. These documents are very useful when needed and include not only the vehicle license and driver's license but also your ID card, bank cards, insurance certificates, and vehicle compliance labels, among others.
7
3
Share

What are the tips for adjusting the seat in Subject 2?

Subject 2 seat adjustment tips are as follows: 1. Sitting posture: The hips should be pushed back as far as possible, leaning against the backrest. If you sit too far forward, not only will your center of gravity be unstable without a support point, but your body may also sway back and forth during operation, leading to deviations in observation points. Pay attention to whether your back is straight or bent, as some trainees may practice in a relaxed state during training, seeing one point, but become nervous during the exam, straighten their backs, and see another point. 2. Seat height: The height of the seat should be adjusted according to personal height. The view should not be blocked by the steering wheel, and the instrument panel and road conditions ahead should be clearly visible. 3. Seat position: The adjustment button is usually located under the seat. Pull the adjustment lever, and with a slight force from your feet, you can move the seat forward or backward. 4. Backrest angle: Unlike normal driving, during the exam, the backrest should not be reclined too far back for comfort. The benchmark is when your wrist can just rest on the top of the steering wheel.
7
5
Share

What is the Manufacturing Process of Car Wheel Hubs?

There are three main methods for manufacturing wheel hubs: gravity casting, forging, and low-pressure precision casting: 1. Gravity Casting Method: This method involves pouring molten aluminum alloy into a mold under gravity. After forming, the hub is processed and polished using a lathe to complete production. The manufacturing process is relatively simple, requiring no sophisticated casting techniques, resulting in low costs and high production efficiency. However, it is prone to bubbles (sand holes), uneven density, and insufficient surface smoothness. 2. Forging Method: An entire aluminum ingot is directly extruded into shape on a mold using a thousand-ton press. The advantages include uniform density, smooth and fine surface, thin and lightweight hub walls, and the highest material strength—30% higher than casting methods. However, due to the need for advanced production equipment and a yield rate of only 50-60%, the manufacturing cost is higher. 3. Low-Pressure Precision Casting Method: This method involves precision casting under a low pressure of 0.1Mpa. It offers excellent formability, clear contours, uniform density, and a smooth surface. It achieves both high strength and lightweight while controlling costs, with a yield rate of over 90%. This is the mainstream manufacturing method for high-quality aluminum alloy wheel hubs.
9
1
Share

Can four people sit in the back seat of a private car?

Four people cannot sit in the back seat of a private car. If a traffic police officer sees four people sitting in the back seat, it will be penalized as overloading. Currently, common traffic violations captured by cameras include running red lights, crossing lane lines, driving in the wrong direction, violating traffic bans, and not wearing seat belts. The following are the hazards of vehicle overloading: 1. Overloading severely damages road infrastructure: Roads are designed with a certain load limit. Overloaded vehicles can damage the road surface, as the actual load far exceeds the upper limit of road and bridge capacity, leading to pavement damage, bridge fractures, and significantly shortened service life. 2. Increased driving risks: Severe overloading can also damage car tires, causing excessive deformation, which may lead to tire blowouts or sudden swerving. 3. Increased likelihood of driver errors: Drivers of overloaded vehicles tend to be more nervous while driving, making them prone to operational errors that affect driving safety and lead to accidents. 4. Increased danger in the event of an accident: The safety design of a car is based on the intended passenger capacity. In an overloaded vehicle, the extra passengers do not receive adequate protection.
1
4
Share

What Causes Car Vibration When Turning on the AC?

Car vibration when turning on the AC is generally caused by carbon buildup on spark plugs, carbon buildup on the throttle body, or fan deformation or loose screws. Here is a detailed explanation of the reasons for car vibration when turning on the AC: 1. Carbon buildup on spark plugs: After a period of use, spark plugs will accumulate carbon deposits. If not cleaned in time, this can reduce the engine's torque output, leading to vibration when the AC is turned on. Soak the spark plugs in a container with white vinegar for 2-3 hours (or 4-5 hours for severe cases), then use a stiff brush to remove the carbon deposits. Clean them with gasoline and let them air dry naturally. 2. Carbon buildup on the throttle body: When the AC is turned on, the engine load increases suddenly, and the throttle opening expands. At this point, the issue of dirt becomes more pronounced. If the throttle is stuck or fails to open to the proper position, the air intake is restricted, reducing engine power and eventually causing engine vibration. 3. Fan deformation or loose screws: Check if the vibration is caused by resonance when the fan operates after the AC is turned on or if it is due to loose fan mounting screws.
1
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.