
Haval Chitu's combined fuel consumption is 4.7-6.7L/100km. Currently, there are 6 models of Haval Chitu on sale. The combined fuel consumption of the Haval King Rabbit is 4.7L/100km. The Gold Rabbit, Platinum Rabbit, and Silver Rabbit have a combined fuel consumption of 6.2L/100km. The Bronze Rabbit and Copper Rabbit have a combined fuel consumption of 6.7L/100km. The above figures are NEDC combined fuel consumption, which is the fuel consumption data measured under the NEDC test procedure. The actual fuel consumption is higher than this value, at 8.0-8.1L/100km. Methods to reduce fuel consumption: Clean engine carbon deposits: Excessive engine carbon deposits are a significant cause, mainly due to the use of unsuitable fuel. It is recommended to add a certain amount of cleaning agent when refueling. If the effect is not obvious, it indicates that there are more carbon deposits in the engine. In this case, the car must be taken to a 4S shop for professional to clean the carbon deposits in the engine. Check the oxygen sensor: As an internal control unit of the car, the oxygen sensor mainly monitors the fuel-air ratio of the engine. Once damaged, it will cause an imbalance in the fuel-air ratio, and the fuel consumption will definitely increase suddenly. After the oxygen sensor is damaged, the exhaust pipe will emit darker-colored exhaust gas during driving, and the oxygen sensor should be replaced at this time. Regularly replace the three filters: During the use of the vehicle, the oil filter, air filter, and fuel filter must be replaced regularly. If not replaced for a long time, they become dirty and send wrong information to the engine control unit, causing incomplete fuel combustion and increased engine carbon deposits. Check the electronic control unit: Although the engine's electronic control unit is highly reliable, in vehicles that have been used for a long time, various faults are inevitable.

I've been driving my Chitu for almost a year now, mainly for daily commuting. I mostly take the urban ring roads, and during heavy traffic in rush hours, the displayed fuel consumption can reach around 9L/100km. On weekends when I take the highway, it drops to about 7.5L/100km. This fuel consumption is within my acceptable range, considering the 1.5T engine is pulling such a heavy body. However, my neighbor's XR-V is indeed more fuel-efficient, roughly about 1.5L/100km lower. If you're particularly concerned about fuel consumption, developing driving habits like anticipating road conditions in advance and braking less can be very effective. Nowadays, I usually refuel when the fuel light comes on, adding 200 yuan worth of gas, which can take me over 300 kilometers.

As a parent of two kids, my Chitu mainly takes on the tasks of picking up and dropping off the children and weekend family outings. The combined fuel consumption fluctuates around 8.6, and it increases by about 0.5 when the air conditioning is on. Compared to other cars in the same class I've driven before, such as the CS55, it consumes about 0.8 more, but the larger space in the Chitu is very practical. Personally, I feel that the most critical factor in fuel consumption is the driving environment. In areas with frequent stops and starts, like near school gates, the fuel consumption can spike to 11, while it's much more friendly on expressways during outings. I recommend installing a fuel consumption tracking app. The one on my phone shows an average fuel cost of 72 cents per kilometer, which is slightly higher than the official rating of 6.7L.

From a technical perspective, the fuel consumption performance of this vehicle is influenced by multiple factors. The combination of a 1.5T direct-injection engine paired with a 7DCT transmission achieves optimal thermal efficiency at 2000 RPM. However, cruising at 40 km/h in urban areas falls within the inefficient range, which is particularly noticeable during auto start-stop operation. The vehicle's curb weight exceeds 1.4 tons, nearly 100 kg heavier than its Japanese competitors—equivalent to carrying an additional adult. It is recommended to maintain tire pressure at 2.5 bar; some owners have reported a 0.3 L/100km reduction after switching to low rolling resistance tires. Long-term observations indicate a discrepancy of approximately 5% between the displayed and actual fuel consumption.

After driving the Chitu for three years and covering 40,000 kilometers, the overall fuel consumption performance has been quite stable. Before the first , the dashboard showed 9.2L/100km, and now it has dropped to 8.3L/100km, possibly due to the full break-in of mechanical components. It's particularly noteworthy that fuel consumption increases significantly in winter, reaching up to 10L/100km when temperatures drop below zero. Later, it was discovered that the insufficient concentration of antifreeze caused slow engine warm-up. Resetting the ECU during maintenance may temporarily show artificially low fuel consumption for a few days, but the real data should be based on long-term averages. There was a period when I worked as a ride-hailing driver, and I recorded actual data: an average of 9.8L/100km in urban conditions and 6.9L/100km on highways. Now, I'm accustomed to using the economy mode, which saves nearly 1L/100km compared to the sport mode.

Budget-conscious drivers know that fuel consumption directly determines car costs. My Chitu currently averages around 8.5L per 100km. At the current 92-octane gasoline price of 7.9 yuan per liter, that's about 0.67 yuan per kilometer. Compared to my colleague's Honda Vezel, I save over 0.1 yuan per kilometer, which adds up to 2,000 yuan in annual fuel savings for 20,000 kilometers. Road conditions actually have the greatest impact on fuel consumption. For example, my daily commute from Haidian Bridge to Xizhimen often sees fuel consumption hovering around 10L due to traffic congestion - no SUV can achieve good fuel economy on this route. I recommend new owners frequently check the real-time fuel consumption display on the dashboard and master optimal throttle control for better fuel efficiency.


