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What is the fuel consumption of the Suzuki Swift?

2 Answers

EstherAnn

07/25/25 2:31am

The Suzuki Swift has a fuel consumption of 6.1L per 100 kilometers. Below are the specific details about the Suzuki Swift: Exterior: The Swift mimics the mini-cooper with its rounded and full front-end lines, smooth and flowing waistline, and integrated front and rear bumpers that blend seamlessly with the body. This not only enhances the overall aesthetic but also improves the vehicle's aerodynamic characteristics. Interior: The Swift features a European-style dual-tone interior scheme, primarily in gray tones. To cater to different consumer preferences, the interior/seat fabrics of the Swift are available in two options: premium fabric and luxury fabric.

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StCamila

08/10/25 4:36pm

I've been driving a Suzuki Swift for several years, and its fuel consumption has always been quite satisfactory. For daily commuting in the city with frequent stops and starts, the fuel consumption typically ranges between 5.8 to 6.0 liters per 100 kilometers. When cruising on the highway at a steady speed of around 90 kilometers per hour, the fuel consumption can drop to 5.0 liters per 100 kilometers. The official data states a combined fuel consumption of about 5.5 liters per 100 kilometers, which aligns well with real-world performance. The car is lightweight and fuel-efficient, making it ideal for someone like me who frequently travels for business, saving a significant amount on monthly fuel costs. I believe the key to fuel efficiency lies in avoiding sudden braking and aggressive acceleration, along with regular oil changes and tire pressure checks. Another small tip is to use the air conditioning moderately—avoid running it at full blast the entire time—this makes a noticeable difference in the long run. The Swift's fuel efficiency is truly one of its highlights, offering a driving experience that is both effortless and economical.

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Where is the tire pressure monitoring displayed?

Tire Pressure Monitoring System (TPMS) can be viewed on the central LCD screen of the instrument panel or the multimedia screen. The TPMS automatically monitors the tire pressure in real-time during vehicle operation and alerts the driver in case of tire leakage or low pressure to ensure driving safety. There are three commonly used tire pressure monitoring methods: Direct TPMS: The direct TPMS uses pressure sensors installed in each tire to directly measure the tire pressure. The pressure information is transmitted wirelessly from inside the tire to a central receiver module, which then displays the pressure data for each tire. The system automatically alerts the driver if the tire pressure is too low or if there is a leak. Indirect TPMS: When the pressure of a tire decreases, the vehicle's weight causes the rolling radius of that tire to become smaller, resulting in a faster rotation speed compared to other wheels. By comparing the differences in rotation speeds between tires, the system monitors the tire pressure. The indirect tire alert system essentially relies on calculating the rolling radius of the tires to monitor pressure. Tire Pressure Monitoring System (TPMS): This system combines the advantages of both the direct and indirect systems. It is equipped with direct sensors in two diagonally opposite tires and includes a 4-wheel indirect system. Compared to a full direct system, this hybrid system can reduce costs and overcome the limitation of indirect systems, which cannot detect simultaneous low pressure in multiple tires. However, it still cannot provide real-time pressure data for all four tires as effectively as a direct system.

Can You Make a U-turn at Highway Service Areas?

Making a U-turn through the interconnected passages of highway service areas might be possible and not considered a traffic violation, but it is not recommended to attempt it lightly. Below is relevant information about highway service areas: 1. Class I Service Areas: These offer the most comprehensive and high-quality facilities, including gas stations, parking lots, convenience stores, free lounges, restaurants, and auto repair shops. They typically also feature well-equipped accommodations, bathing facilities, and more. Depending on needs and geographical location, some may also include business meeting rooms, logistics storage, cold storage rooms, and tourist leisure areas. 2. Class II Service Areas: Compared to Class I, these have slightly fewer supporting facilities but are more comprehensive than Class III. They provide convenience stores, auto repair shops, restaurants, gas stations, parking lots, and public restrooms. Class II service areas may also include accommodations and bathing facilities in moderate sizes to offer better services for travelers. 3. Class III Service Areas: These only provide the most basic services compared to Class I and II, primarily featuring convenience stores, parking lots, gas stations, public restrooms, and restaurants to meet the most essential and urgent needs of drivers and passengers. Generally, they do not include accommodations or other related service facilities.

How many generations of Accord are there?

The Accord has a total of ten generations, with the latest model being the tenth generation. The Accord is a mid-size sedan from Honda that enjoys both good sales and reputation. Since its introduction into the domestic market and localization, the Honda Accord has been well-received by many consumers. This car is known for its reliability and stability, and it also holds a relatively high resale value in the used car market. The tenth-generation Accord is equipped with three types of engines: a low-power 1.5-liter turbocharged engine, a high-power 1.5-liter turbocharged engine, and a 2.0-liter naturally aspirated engine. Here are the detailed specifications: 1. Low-power 1.5-liter turbocharged engine: It produces 177 horsepower and a maximum torque of 230 Nm. The engine's maximum power is achieved at 6,000 rpm, and the maximum torque is available between 1,500 and 3,000 rpm. This engine features VTEC technology, direct fuel injection, and an aluminum cylinder head and block. 2. High-power 1.5-liter turbocharged engine: It delivers 194 horsepower and a maximum torque of 260 Nm. The engine's maximum power is achieved at 5,500 rpm, and the maximum torque is available between 1,600 and 5,000 rpm. This engine also features VTEC technology, direct fuel injection, and an aluminum cylinder head and block. 3. 2.0-liter naturally aspirated engine: It produces 146 horsepower and a maximum torque of 175 Nm. The engine's maximum power is achieved at 6,200 rpm, and the maximum torque is available at 3,500 rpm. This engine is equipped with i-VTEC technology and multi-point fuel injection.

How to Identify Low-Quality Gasoline?

Identifying low-quality gasoline can be done by smelling the fuel, as inferior oil has a pungent odor. Below are the specific impacts of using low-quality gasoline: 1. Reduced Power: Using low-quality gasoline not only decreases the car's power output but also causes noticeable vibrations and abnormal noises when idling. 2. Increased Fuel Consumption: Poor-quality gasoline often lacks good anti-knock properties, making the engine prone to knocking. Over time, this can lead to significant carbon buildup, resulting in higher fuel consumption and even severe damage to the catalytic converter.

Will the engine stall immediately if water enters it?

If water enters a car's engine, it will stall. If the engine stalls due to water ingress, do not attempt to restart it, as this can cause severe damage to the engine. If your car has water ingress insurance, the insurance company will not cover the cost of engine damage caused by restarting the engine after stalling due to water exposure. Additional information is as follows: Vehicle Damage Insurance: Vehicle Damage Insurance refers to a type of commercial auto insurance where the insurance company compensates within a reasonable range for damage to the insured vehicle caused by an accident while the vehicle is being used by the insured or an authorized driver. Water Ingress Insurance: Water Ingress Insurance, also known as Vehicle Water Damage Insurance, is specifically designed to cover engine damage caused by flooding. Only car owners who have purchased Water Ingress Insurance can receive corresponding compensation from the insurance company when the engine is damaged due to water exposure.

What are the new energy vehicle license plate policies in Guangzhou?

Car owners with Guangzhou household registration or residence permits can apply for a new energy vehicle registration indicator immediately after purchasing a new energy vehicle and obtaining the vehicle identification number (VIN) by entering the VIN on the official website of the "Guangzhou Small and Medium Passenger Vehicle Quota Regulation Management Information System." Below are the specific details about new energy vehicles: Power Source: New energy vehicles refer to vehicles that use unconventional vehicle fuels as power sources or conventional vehicle fuels with new onboard power devices, integrating advanced technologies in vehicle power control and driving to form vehicles with advanced technical principles. Classification: New energy vehicles include pure electric vehicles, extended-range electric vehicles, hybrid electric vehicles, fuel cell electric vehicles, hydrogen engine vehicles, and other new energy vehicles. License Plates: Special license plates for new energy vehicles feature green background with black characters and black borders. New energy vehicle license plates are gradient green, while large new energy vehicle license plates are a combination of yellow and green.

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