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What is the fuel consumption of the Suzuki Swift?

3 Answers

DiBrooke

08/29/25 4:42am

Suzuki Swift fuel consumption is 5L/100km. Introduction to fuel consumption per 100 kilometers: Fuel consumption per 100 kilometers refers to the amount of fuel consumed by a vehicle traveling 100 kilometers on the road at a certain speed. It is a theoretical indicator of the vehicle. The fuel consumption per 100 kilometers is a value measured by the manufacturer in an objective environment using a dynamometer installed on the vehicle chassis, converted into speed parameters, and then calculated under specified speed conditions to determine the theoretical experimental fuel consumption data per 100 kilometers for the model. Calculating fuel consumption: By recording data from the vehicle's dashboard, after resetting the mileage data, the vehicle's onboard computer automatically calculates the fuel consumption based on the recorded mileage and fuel consumption data.

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VanLayla

09/11/25 2:32am

I've driven a Suzuki Swift 1.3L manual for five years and know its fuel consumption well for daily commutes. In city traffic jams, it averages 7-8 liters per 100km, dropping to just over 6 liters on highways. Using AC adds about 0.5 liters. With its 35-liter tank, a full fill gets me 550km. Our car club's real-world data shows similar results - automatics typically consume 0.5-1L more, and the 1.5L engine is thirstier than the 1.3L. While lightweight and fuel-efficient, actual consumption depends heavily on road conditions and driving style - aggressive acceleration/braking can easily add 1L. Regular maintenance is crucial; a dirty air filter reduces intake efficiency and increases fuel use.

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Yolanda

10/25/25 3:20am

Just helped my sister pick out a used Swift last week and did thorough research on fuel consumption. For the 2013 1.5L automatic model, factory data shows 8.2L/100km in city and 6.3L/100km on highway - real-world driving matches closely. Pay special attention to tire pressure with older cars, as underinflation can increase consumption by 0.8L. The 1.3L manual version is more economical, with owner-reported combined fuel economy of 6.5-7.2L/100km. Don't overfill the tank - stop at the first click, as carrying 40kg extra gasoline also affects mileage. With its small fuel tank, the Swift saves about 200 yuan monthly on commuting costs compared to typical compact sedans.

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What do the approach angle and departure angle of a car mean?

Approach angle refers to the angle between the ground and the tangent line drawn from the foremost protruding point of the car to the front wheel when the car is fully loaded and stationary. Departure angle refers to the angle between the road surface and the tangent line drawn from the rearmost protruding point of the car to the rear wheel when the car is fully loaded and stationary. Here are the relevant introductions: 1. Approach angle: The approach angle is the maximum angle between the horizontal plane and the plane tangent to the outer edge of the front wheel tire (under static load). Any rigid component fixed to the vehicle in front of the front axle must not be below this plane. The larger the approach angle, the less likely the car is to have a contact accident when boarding or disembarking a ferry or during off-road driving, and the better the car's passing performance. 2. Departure angle: The departure angle refers to the angle between the road surface and the tangent line drawn from the rearmost protruding point of the car to the rear wheel when the car is fully loaded and stationary, that is, the maximum angle between the horizontal plane and the plane tangent to the outer edge of the rearmost wheel tire (under static load). Any rigid component fixed to the vehicle behind the rearmost wheel must not be below this plane. It characterizes the car's ability to avoid collision when leaving obstacles (such as hills, ditches, etc.). The larger the departure angle, the better the car's passing performance.

What problems may occur after a vehicle wades through water?

Problems that may occur after a vehicle wades through water include: 1. Residual water can prevent the brake discs and brake pads from fully contacting, causing loss of braking power; 2. Rainwater on roads tends to be dirty with debris like fallen leaves, which can easily adhere to chassis gaps and cause rust; 3. If headlight covers aren't well sealed, water can enter during wading, creating condensation inside that affects light projection; 4. The engine compartment contains numerous wiring harnesses and circuits that may get wet during wading. If interfaces are found wet, immediate drying is necessary to prevent short circuits.

At how many kilometers does a vehicle require a major maintenance service?

Vehicles require a major maintenance service every 40,000 kilometers. Routine maintenance items include: replacement of engine oil and oil filter. The primary function of the lubrication system is to effectively lubricate various components of the car engine to prevent excessive wear; the oil filter's role is to remove various impurities from the oil, ensuring the normal operation of the lubrication system. The oil filter should be replaced along with the oil during an oil change. The air filter's function is to filter the air before it enters the cylinders, removing impurities, dust, sand, and other foreign particles. The cleaning and maintenance of the air filter depend on the operating environment. The gasoline filter is typically replaced after driving 20,000 to 25,000 kilometers. Spark plugs are consumable parts and should be replaced every 20,000 kilometers.

What are the differences between the Mercedes-Benz C-Class and CLA?

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How to Deal with Coolant Leakage from the Radiator?

Methods for handling coolant leakage from the radiator: It is recommended to use a specialized radiator pressure tester for inspection. Pressure must be applied to the engine cooling system to detect leaks. If significant leakage is found, the damaged components need to be replaced. After replacement, use the radiator pressure tester again to pressurize the radiator and check for any additional leaks. Coolant is a liquid with antifreeze properties, serving the functions of antifreeze and cooling—preventing freezing in winter, overheating in summer, and protecting against scale, rust, and corrosion year-round. Ordinary coolant can have a freezing point as low as -40°C or even -60°C, safeguarding the engine's cooling system under extremely cold conditions.

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