
The manual transmission model of the Changan CS75 has a fuel consumption of 7.3 liters per 100 kilometers, while the automatic transmission model consumes 8.4 liters per 100 kilometers. The Changan CS75 is a compact SUV under the Changan brand, and all models are equipped with a 1.5-liter turbocharged engine. The dimensions of the Changan CS75 are 4650 mm in length, 1850 mm in width, and 1705 mm in height, with a wheelbase of 2700 mm. Relevant information about fuel consumption is as follows: 1. Introduction: Fuel consumption generally refers to the constant-speed fuel consumption, which is the vehicle's fuel consumption per 100 kilometers obtained in the constant-speed driving fuel consumption test specified by national standards for certain types of vehicles. 2. Testing Method: The test can be conducted on the road or on a chassis dynamometer, and then the fuel consumption per 100 kilometers is calculated using the "flow meter method" or the "carbon balance method."

I've been driving the Changan CS75 for over a year, mainly commuting to work in the city, with an average fuel consumption maintained at around 9 to 10 liters per 100 kilometers. It goes up a bit when using air conditioning in hot weather, reaching about 11 liters, but it's much more fuel-efficient on highways, dropping to around 8 liters. The car has a 1.5T turbocharged engine, which provides ample power but consumes more fuel in city traffic jams. I pay attention to regular maintenance, such as changing the oil and filters every six months, and keeping the tire pressure at the recommended value. These habits help stabilize fuel consumption. Overall, the CS75 is quite practical as an SUV. Although not as fuel-efficient as a sedan, it has ample space suitable for families. Occasionally, on long trips, a full tank can cover six to seven hundred kilometers, which I feel is acceptable in terms of cost control.

The fuel consumption of the Changan CS75 depends on specific driving conditions and model variants. On average, it consumes around 10L/100km in urban areas and approximately 8L/100km on highways. Its 1.5T engine technology is decent, but fuel consumption increases under high-load conditions, such as climbing hills or carrying heavy loads. It's recommended to check the air filter and fuel system, as cleaning them can help save some fuel. Compared to similar vehicles, the CS75's fuel consumption is at a moderate level—neither particularly fuel-efficient nor excessively thirsty. In daily driving, I prefer to avoid sudden acceleration, as smooth starts and stops are crucial for fuel efficiency. Using cruise control on highways can also optimize fuel consumption. Overall, actual fuel consumption varies from driver to driver.

I usually drive the CS75 to take my kids to school and go grocery shopping, with an average fuel consumption around 9L/100km. Compared to the Haval H6, the CS75 has slightly higher fuel consumption but offers better space and comfort. On long highway trips, the fuel consumption drops to just over 8 liters, which is quite reassuring. Proper maintenance is crucial for this car, such as timely replacement of spark plugs, to avoid a sudden surge in fuel consumption. After using it for a year, I think it offers great value for money for working-class families, with monthly fuel costs around seven to eight hundred yuan. A fuel-saving tip is to avoid driving during city rush hours when traffic is heavy; taking suburban routes instead can save a lot.

The fuel consumption of the CS75 varies from person to person. In city traffic jams, it can be as high as 11L/100km, while dropping to 8-9L in suburban and highway driving. It is recommended to develop the habit of gently pressing the accelerator, avoiding sudden braking, and not keeping the air conditioning at maximum all the time. From my experience, weekly recording of fuel gauge data can help identify issues, such as insufficient tire pressure which can increase fuel consumption by 10%. With regular maintenance, such as engine cleaning, fuel consumption stabilizes at around 9 liters, saving enough on annual fuel costs for a family dinner. Environmentally, saving each liter of fuel reduces emissions, contributing to the environment.


