What is the fuel consumption of Dongfeng +580?

2 Answers
AubreyAnn
08/29/25 7:01am
According to the comprehensive fuel consumption data released by the Ministry of Industry and Information Technology, the Fengguang 580 has a combined fuel consumption of 7.2~7.6L/100km. However, based on actual test data from some Fengguang 580 owners, the real-world fuel consumption generally ranges from 8.0~10.0L/100km. Actual fuel consumption is influenced by various factors and needs to be considered comprehensively. Below is a method to calculate fuel consumption: Calculate fuel consumption based on the relationship between distance and speed. 1. Fill the car's fuel tank until the pump automatically stops, and record the current mileage. 2. The next time you refuel, fill it until the pump automatically stops again, and record the amount of fuel added. 3. Calculate the distance traveled since the last refueling, and then determine the fuel consumption based on the relationship between distance and speed.
Was this review help?
20
0
Share
Leo
09/11/25 4:34am
I've been driving the Dongfeng 580 SUV for quite a long time, with an average fuel consumption of around 8.5 liters per 100 kilometers. During congested city commutes, it can go up to 10 liters, while on highways with steady driving, it can drop to as low as 7 liters. Driving habits have a significant impact—for example, frequent sudden acceleration or braking can cause fuel consumption to rise sharply. I regularly maintain the car, changing the air filter and engine oil, which helps keep the vehicle in optimal condition and improves fuel efficiency. In warmer weather, using the air conditioning sparingly can also save a bit on fuel costs. Although SUVs have more space, they aren't exactly lightweight, so their fuel consumption is slightly higher compared to smaller sedans. However, I value practicality and comfort, so this slight variation in fuel consumption is within an acceptable range for me.
Was this review help?
11
2
Share
Expand All
More Forum Discussions

What is the working principle of the EGR valve?

EGR valve works as follows: 1. The EGR valve stem rises, pushing the connected sliding contact arm to change its position, causing the sliding contact to move along the sliding resistor, generating different voltage signals. These signals are transmitted to the engine control ECU, which monitors the position of the EGR valve to ensure it responds correctly to ECU commands. This adjusts and corrects the opening timing and duty cycle of the EGR valve, precisely controlling the amount of recirculation to reduce emissions and improve performance. 2. EGR stands for Exhaust Gas Recirculation system, and the EGR valve is a key control component in the entire EGR system. The EGR valve is installed on the intake manifold. Exhaust Gas Recirculation (EGR valve) introduces exhaust gases into the intake manifold, reducing the oxygen content in the intake air, thereby lowering combustion temperature and reducing nitrogen oxide emissions. The EGR valve, or Exhaust Gas Recirculation valve, is a mechatronic product installed on diesel engines to control the amount of exhaust gas recirculated back into the intake system.
11
1
Share

What is the service life of a private passenger car?

Currently, there are no specific regulations from relevant authorities regarding the service life of household vehicles, but there are clear stipulations on mileage. A household vehicle can run a maximum of 600,000 kilometers and will be scrapped after reaching this mileage. Regulations related to vehicle scrapping: Since May 1, 2013, the new regulations for phasing out old vehicles have been implemented, which include the cancellation of the scrapping age limit for private cars and a mandatory scrapping at a maximum mileage of 600,000 kilometers. Documents required for scrapping: Copy of resident ID card (for private vehicles), copy of the enterprise organization code certificate with official seal (for company vehicles), "Motor Vehicle Registration Certificate", "Motor Vehicle Driving License", Application Form for Motor Vehicle Registration, Transfer, Cancellation/Transfer-in, Power of Attorney (to be filled out), and the motor vehicle itself.
20
2
Share

Will the car move if parked in P gear without engaging the handbrake?

If parked in P gear without engaging the handbrake, the car will not move. The P gear's automatic parking uses the gear position for braking, making it relatively safe and less prone to rolling. Here are some additional details: Introduction: The handbrake, which uses brake pads for braking, can easily lead to rolling due to pad wear. The P gear is the most common gear in automatic transmission vehicles, usually located at the front of the gear shift console, ahead of the R gear. Its purpose is to lock the axle when the car is stationary on a slope. Precautions: Therefore, when parking an automatic transmission car, it is essential to engage the P gear along with the handbrake. For manual transmission cars, it is best to leave them in first gear and apply the handbrake, as the first gear has the highest gear ratio, making it harder to push. Additionally, the handbrake can be used for drifting.
18
0
Share

How many series does KDX car film have?

KDX car film series include Safety & Insulation Series, Nano-Ceramic Series, Dynamic Beauty Series, Classic Insulation Series, and Paint Protection Series. Below is additional information: Introduction: KDX is the only Chinese car film brand certified by the International Window Film Association. Additionally, KDX is China's largest manufacturer of pre-coated films and the first enterprise in China with independent intellectual property rights engaged in the research and development of pre-coating technology and the production of pre-coated films. Brand Introduction: It owns multiple brands such as KDX Window Film and Polar Light, with products widely used in automotive insulation, building energy efficiency, decoration, and safety fields. Each series of KDX car films performs well in insulation, explosion-proofing, and UV blocking. The UV blocking rate reaches 99%, offering excellent sun protection, ensuring the safety of drivers and passengers inside the car, and fully protecting car interior decorations from fading caused by direct sunlight.
19
4
Share

Will the Number of Attempts Decrease After Canceling the Subject 2 Test?

Canceling the Subject 2 test will not reduce the number of attempts. Canceling an appointment does not decrease the five available test opportunities; it only reduces one chance to cancel the appointment, as there are only three opportunities to cancel appointments for Subject 2. Below is additional information: Appointment Method: Students can only schedule the venue and road tests via the internet, while Subject 1 and Subject 2 tests are still scheduled through the driving school. When making an online appointment, the system automatically identifies the student's required test subject. The student only needs to select the driving school, session, and the remaining available slots in the system. Appointment Quota: If a student successfully schedules a test but cannot attend, they must cancel the test online at least one week in advance; otherwise, it will be counted as a failed attempt. The vehicle management office releases online appointment slots every two weeks, covering an 8-week period. Driving schools must tally the number of successfully scheduled students in advance and bring them to the test site for the exam.
4
5
Share

Is a 5000-kilometer maintenance necessary?

5000-kilometer maintenance is necessary. The maintenance cycle for engine oil and oil filter is 5000 kilometers. The benefits of maintenance include: 1. Ensuring the vehicle is in optimal performance condition; 2. Improving vehicle efficiency and reducing wear on parts and tires; 3. Enhancing driving safety; 4. Preventing potential hazards caused by vehicle issues; 5. Reducing noise and environmental pollution; 6. Keeping the vehicle exterior clean and preventing damage. Maintenance items include: 1. Replacing engine oil and oil filter, cleaning the air filter, and checking for damage to the generator belt and wiper blades; 2. Checking the levels of various fluids; 3. Inspecting tire pressure for normalcy and checking for uneven wear, bulges, or damage; 4. Examining the vehicle chassis, including brake pads, brake discs, connecting rods, ball joints, and CV joints for any scratches; 5. Verifying the proper functioning of all switches and lights in the vehicle.
6
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.