What is the fuel tank capacity of the Buick Excelle GT?

1 Answers
DiNoah
07/29/25 3:17pm
The fuel tank capacity of the Buick Excelle GT is 44 liters, as officially announced. Owners who have purchased the Buick Excelle GT can also check this information on the vehicle's configuration sheet. The Buick Excelle GT uses 92-octane fuel, with a fuel consumption of 5.3L per 100 kilometers. A full tank can cover a distance of approximately 830km. During daily driving, it is essential to monitor the remaining fuel level in the tank. This is typically observed through the fuel gauge inside the vehicle. Under normal circumstances, the fuel level will be accurately reflected on the gauge. The fuel gauge usually has 5 to 6 segments, and it is advisable to refuel when only 2 segments remain 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 specified by the manufacturer is measured from the bottom of the tank to the safe fill level. There is additional space from the safe fill level to the tank opening, which is designed to accommodate fuel expansion due to temperature increases, preventing overflow. If fuel is filled up to the tank opening during refueling, the actual amount of fuel added may exceed the marked tank capacity.
Was this review help?
3
5
Share
More Forum Discussions

What are the differences between the Alphard and Vellfire?

Alphard is a luxury MPV launched by Toyota in response to Nissan's Elgrand, based on an improved Previa chassis. Vellfire is a luxury MPV imported directly from Japan by FAW Toyota. The differences between Alphard and Vellfire are as follows in three aspects: 1. Exterior dimensions: (1) Alphard: The side profile appears more rounded, showcasing a streamlined design to the fullest. It features triangular front windows and parallelogram rear windows, with automatically sliding side doors as a highlight. (2) Vellfire: Split-type LED headlights and square inner lens split-type LED taillights create a cool and sharp look, presenting a more youthful and fashionable appearance. 2. Interior: (1) Alphard: Offers 7 seats, with the driver's seat featuring 8-way power adjustment and memory function. The second row is equipped with 4-way power-adjustable Ottoman first-class seats, featuring three-way headrests, independent armrests, cup holders, multifunctional folding tables, and a maximum seatback recline of 78 degrees. (2) Vellfire: The 4-way power-adjustable Ottoman front passenger seat provides higher comfort, with the Ottoman seat capable of transforming into a bed. 3. Powertrain: (1) Alphard: Comes with two powertrain options: a 2AZ-FE 2.4L inline-four engine producing 123kW max power and 227Nm max torque, paired with a 7-speed CVT; and a 2GR-FE 3.5L V6 engine delivering 202kW max power and 340Nm max torque, mated to a 6-speed automatic transmission. (2) Vellfire: Features a hybrid system based on a 2.5L engine, with a combined max output of 211 horsepower and 409Nm torque, matched with an E-CVT transmission and E-Four electric four-wheel drive.
4
2
Share

What Do the Left and Right Feet Control When Driving?

When driving, the left foot controls the clutch, while the right foot controls the accelerator and brake. Below are the functions of these three components: Clutch: During vehicle operation, the driver can press or release the clutch pedal as needed to temporarily disconnect or gradually engage the engine with the transmission, thereby cutting off or transmitting the engine's power input to the gearbox. The clutch is a common component in mechanical transmissions, allowing the drivetrain to be separated or engaged at any time. Accelerator: The accelerator refers to the control device that regulates the engine's power (thrust). Brake: The brake, also known as the stopping mechanism, refers to the action of halting or reducing the speed of moving locomotives, vehicles, or other transportation tools and machinery. The braking system is a mechanical device designed to slow down the vehicle, also called a decelerator.
13
4
Share

Do you need to turn on AC when using car air conditioning?

In winter, there is no need to turn on the AC when using the car air conditioning, but in summer, the AC should be turned on when using the car air conditioning. The AC button is the cooling switch of the car air conditioning. If the AC button is not pressed, the car air conditioning will not cool. Car air conditioning refers to the air conditioning device installed in the car, which can cool, heat, ventilate, and purify the air in the compartment, providing a comfortable riding environment for passengers, reducing the driver's fatigue, and improving driving safety. The cooling principle of the air conditioning is: 1. After pressing the AC button, the clutch of the air conditioning compressor can engage, and the engine will drive the compressor to run. When the compressor is running, it can continuously compress the refrigerant and deliver it to the evaporator. The refrigerant expands and absorbs heat in the evaporator. 2. The refrigerant can cool the evaporator, and the cooled evaporator can cool the air blown by the blower, so that the air conditioning vents can blow cold air. In winter, there is no need to turn on the AC because the car's heating is achieved by the heat generated by the car's own engine to produce warm air. The following introduces the normal method of turning on the heating in the car: 1. In winter, when the engine has just started, the temperature of the water tank is still very low. Turning on the air conditioning will not quickly increase the temperature inside the car but will increase the burden on the engine and delay the normal increase of the engine temperature. 2. After the car starts, it takes about 8-15 minutes for the water temperature to rise to the normal temperature. Generally, when the water temperature rises to about 70°C, the heating can be turned on. 3. Turning on the car heating does not require turning on the AC switch because it will start the compressor, which means turning on the cooling.
4
1
Share

What is the reason for the car not moving after releasing the handbrake?

Releasing the handbrake but the car not moving can be caused by the following reasons: Brake system malfunction: If the brake is not fully released, the car won't move even when accelerating. Some vehicles require stepping on the brake pedal once to completely disengage the electronic handbrake. Transmission control unit failure: If the transmission fails to disengage from P (Park) mode, the vehicle won't move. If the car still doesn't move after shifting to D (Drive) gear, it might indicate an electronic control system malfunction. Transmission failure: If there's a malfunction in the transmission's internal drive system, the vehicle won't move. Carefully observe the dashboard warning lights to see if any brake, transmission, engine, or other warning lights are illuminated. If present, consult a mechanic to determine if they're related to the vehicle's inability to move.
14
4
Share

Why does engine oil turn yellow?

Engine oil turning yellow is a normal phenomenon. The functions of engine oil are introduced as follows: Lubrication and wear reduction: There is rapid relative sliding between pistons and cylinders, as well as between main shafts and bearing bushes. To prevent excessive wear of parts, an oil film needs to be established between the two sliding surfaces. A sufficiently thick oil film separates the surfaces of relatively sliding parts, thereby reducing wear. Cooling and temperature reduction: Engine oil can carry heat back to the oil tank and then dissipate it into the air, helping the radiator cool the engine. Cleaning and purification: High-quality engine oil can carry carbon deposits, sludge, and worn metal particles from engine parts back to the oil tank through circulation. The flow of lubricating oil washes away dirt generated on the working surfaces of the parts. Sealing and leakage prevention: Engine oil can form a sealing ring between the piston rings and pistons, reducing gas leakage and preventing external contaminants from entering.
4
1
Share

How Far Can a 110cc Underbone Motorcycle Travel on a Full Tank of Gas?

Taking the common 110cc underbone motorcycle as an example, its actual fuel consumption is approximately 1.8-2.0 liters per 100 kilometers, and the fuel tank capacity is generally 4 liters. Therefore, a full tank of gas can last about 200 kilometers until completely empty. Additionally, factors such as different vehicle conditions, road conditions, speed, driving habits, and methods can also affect fuel consumption. Definition: An underbone motorcycle refers to a motorcycle with a frame that is recessed between the seat and the handlebars, with the fuel tank located under the seat. It typically uses an automatic centrifugal clutch and has a gear-shifting transmission. Advantages: The operation is relatively simple, it is very convenient for riders to get on and off, it has high performance stability, and relatively low fuel consumption.
14
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.