What is the actual fuel consumption of the Changan CS85?

2 Answers
DamianAnn
09/07/25 6:05am
The actual fuel consumption of the Changan CS85 is 7.9 liters per 100 kilometers. The currently available Changan CS85 COUPE models are equipped with a 2.0 turbocharged engine, with a MIIT-rated fuel consumption of 7.9 liters per 100 kilometers. The 2.0T Blue Whale engine, independently developed by Changan, delivers a maximum power of 171KW (233 horsepower) and a maximum torque of 360 Nm, achieving a 0-100 km/h acceleration in just 7.5 seconds. Below are some details about the Changan CS85: 1. Design: Features a dome-shaped flowing fastback design, exuding irresistible charm; equipped with diamond-cut headlights that emit dazzling brilliance; offers a wraparound interstellar cockpit, creating a driving experience akin to interstellar travel. 2. Technology: The TINNOVE intelligent system by Wutong makes the car a smart terminal that showcases charm; the IACC integrated adaptive cruise system makes autonomous driving possible.
Was this review help?
11
3
Share
Christopher
09/19/25 5:20am
I've been driving the Changan CS85 COUPE for a while now, and the actual fuel consumption is quite variable. In city traffic with frequent congestion, it easily reaches 10-11L/100km, especially during peak hours with all the stop-and-go driving. On the highway, though, it drops to around 7-8L—my last road trip with cruise control averaged just 7.5L. Based on my records, the combined average falls between 9-10L, working out to nearly 0.8 yuan per kilometer. As an SUV, it offers ample space but has considerable weight, paired with a 1.5T engine that delivers strong acceleration, though higher fuel consumption is expected. Personally, I believe driving habits are key—avoid flooring the gas and slamming the brakes, keep an eye on tire pressure to prevent leaks, and don’t crank the AC to max. These small adjustments can save at least half a liter daily. For maintenance, replacing dirty air filters prevents the engine from overworking, making it a practical and cost-effective choice overall.
Was this review help?
4
0
Share
Expand All
More Forum Discussions

Can You Shift from D to N While Driving an Automatic Transmission Car?

It is not advisable to shift into N (Neutral) gear while driving an automatic transmission car. N gear, also known as neutral, can be harmful to the braking system, vehicle control, and even life safety when coasting in this mode. Negative effects of coasting in neutral on braking: Extended coasting in neutral, such as when descending a hill, can lead to increasing vehicle speed due to gravitational assistance, requiring frequent use of brakes. Continuous braking causes the brake system temperature to rise, potentially vaporizing the brake fluid and increasing the risk of accidents. Negative effects of coasting in neutral on the braking system: Coasting in neutral also adversely affects the braking system. Similar to "low-gear driving" downhill, the vehicle's drivetrain uses internal resistance (through friction plates between the engine and transmission) to maintain a controlled speed, acting as an internal brake at high speeds. However, in neutral, the engine's control is lost. Safety hazards of coasting in neutral: When coasting in neutral, the engine and transmission are disconnected, eliminating internal braking effects. If the leading vehicle stops suddenly in close proximity, a following vehicle coasting in neutral must rely solely on its wheel braking system, increasing the likelihood of a rear-end collision and endangering the lives of the driver and passengers.
19
2
Share

What are the new regulations for automatic transmission driving tests?

New regulations for automatic transmission driving tests: 1. The "Parking and Starting on a Slope" item has been removed from the Category 2 test for small automatic transmission vehicles, reducing the test items from 5 to 4. This change aligns more closely with actual driving requirements and reduces the burden on test-takers. 2. The waiting period between Category 1 and Category 3 tests for automatic transmission vehicles has been shortened from 30 days to 20 days after passing the Category 1 test. 3. For applicants taking different test categories in different locations, the number of times they can apply to change the test location has been increased from 1 to a maximum of 3. Below is a detailed introduction to the automatic transmission driving test: 1. Test items for automatic transmission vehicles. The Category 2 test for automatic transmission vehicles includes five items: reversing into a garage, parallel parking, parking on a slope, turning at a right angle, and driving on a curved path. 2. Test content for automatic transmission vehicles: The Category 1 test includes regulations on road traffic, traffic signals, traffic safety violations and accident handling, application and use of motor vehicle driving licenses, motor vehicle registration, and other road traffic safety laws, regulations, and rules. The Category 2 test includes reversing into a garage for cars, small automatic transmission vehicles, small automatic transmission passenger vehicles for the disabled, and low-speed trucks.
9
4
Share

What gear should an automatic transmission use when crossing water?

When driving an automatic transmission vehicle through water, the correct method is to engage the L gear or manually select the 1st gear in a manual-automatic transmission. While crossing, lightly press the accelerator to maintain the engine speed around 2000 RPM. Below is an introduction to the automatic transmission gears: 1. P (Park): The parking lock position. When the gear lever is moved to this position, the drive wheels are mechanically locked. The gear lever can only be moved to this position when the vehicle is completely stopped. To move the gear lever out of this position, the brake pedal must be pressed, and the ignition switch must be turned on. 2. R (Reverse): The reverse position. Move the gear lever to this position when reversing. The gear lever can only be moved to this position when the vehicle is completely stopped. 3. N (Neutral): The neutral position. When the gear lever is moved to this position, the transmission does not engage any gear. No power is transmitted to the wheels in this position, and the engine braking function cannot be utilized. 4. D (Drive): The driving position (normal shifting program). When the gear lever is moved to this position, the transmission automatically shifts up and down within the engine speed range. The shift points depend on engine load, the driver's driving style, and vehicle speed. 5. S (Sport): The driving position (sport shifting program). When the gear lever is moved to this position, the transmission automatically shifts up and down within a higher engine speed range compared to D gear, making full use of the engine's power. The shift points depend on engine load, the driver's driving style, and vehicle speed.
14
2
Share

Why Does the Engine Shake in Neutral Gear for Automatic Transmission?

Automatic transmission engine shaking or vibration in neutral gear may be caused by excessive engine carbon deposits, poor spark plug performance, unstable oil pressure, air intake system leaks, or clogged air filters. Below is an introduction to automatic transmission: 1. Definition: An automatic transmission eliminates the need for manual gear shifting while driving. The automatic transmission control system selects the appropriate gear based on engine speed and load, replacing the driver's subjective judgment and manual shifting operations. 2. Advantages: The advantage of automatic transmission over manual transmission lies in its ease of driving. Additionally, automatic transmissions include continuously variable transmission (CVT), electronic paddle shifters, and electronic gear lever shifting. Currently, vehicles have three types of transmissions: manual transmission, automatic transmission, and semi-automatic transmission.
6
1
Share

Where to Find the Complete Engine Number?

The engine number is generally found on the outer surface of the engine cylinder block, or on the vehicle's nameplate, the nameplate inside the engine compartment. You can also check the engine number on the car purchase invoice; the factory certificate includes the engine number; for commercial vehicles, the operating permit can be used to query the engine number; the vehicle purchase tax payment certificate contains the engine number; the public security authority's registration records include the engine number; the vehicle insurance card has the engine number; the simplest and most direct method is to check the vehicle registration book or the vehicle's driving license. The engine number is like a person's ID number, representing each vehicle. It stores very important information about the vehicle. The engine model is an identification code assigned by the engine manufacturer in accordance with relevant regulations, corporate or industry conventions, and the engine's attributes for a batch of identical products. It indicates information such as the manufacturer, specifications, performance, characteristics, technology, usage, and production batch of the engine, including fuel type, number of cylinders, displacement, and static braking power, among others. Engines installed in cars or multi-purpose passenger vehicles are marked with the professional manufacturer's name, model, and production number as required by regulations. It's important to note that the engine number is not the same as the engine model. The engine model refers to the specifications and size of the engine within the manufacturer's range, and engine models can be the same. The engine number, however, refers to the production number of the engine, where each engine has a unique number and no two engines share the same engine number. Composition of the Vehicle Engine Number: Front Part: Includes the product series code, generation symbol, and regional or corporate code, selected by the manufacturer as needed with corresponding letters, but must be approved and recorded by the industry standard's regulatory body. Middle Part: Consists of the cylinder count symbol, cylinder arrangement symbol, stroke symbol, and cylinder diameter symbol. Rear Part: Composed of structural feature symbols and usage feature symbols. Tail Part: Differentiation symbol. When differentiation is needed within the same product series due to improvements or other reasons, the manufacturer selects appropriate symbols for representation, with the rear and tail parts possibly separated by a hyphen.
11
4
Share

How are motorcycles charged on highways?

Motorcycles on highways are charged according to the toll standards for passenger cars, specifically the 5-seat vehicle category. Below are relevant details about motorcycle tolls: 1. Motorcycle driving regulations: Motorcycles must travel in the far-right lane with a speed not exceeding 80 km/h. Motorcycles with a maximum speed of at least 70 km/h are permitted on highways. Two-wheeled motorcycles are prohibited from carrying passengers while driving on highways. 2. Safety requirements: Both motorcycle drivers and passengers must wear safety helmets as required by regulations, especially on highways where helmet use is mandatory. Carrying passengers is not allowed.
1
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.