What is the fuel consumption per 100 kilometers for a 1.8L displacement car?

2 Answers
DonovanAnn
07/29/25 2:54am
Fuel consumption per 100 kilometers refers to the average fuel consumption of a car when driving on the road per 100 kilometers, which is a measure of the car's fuel consumption. The fuel consumption per 100 kilometers for a 1.8L displacement car is usually between 6-10L per 100 kilometers. Factors affecting fuel consumption are as follows: 1. The vehicle itself: The overall weight of the body, the matching transmission, and the engine will all affect fuel consumption. 2. Road conditions: The fuel consumption will vary when the vehicle is driving on flat, mountainous, or sloping roads. 3. Driving habits: Frequent lane changes, gear shifts, and various acceleration and deceleration operations will increase fuel consumption.
Was this review help?
19
4
Share
Everett
08/12/25 1:10pm
As a veteran driver who's been behind the wheel for decades, let me tell you that the fuel consumption of a 1.8L engine per 100km is definitely not a fixed number—it depends on various factors. I've driven several 1.8L cars like the Toyota Corolla and the old Honda Civic. On highways at steady speeds, fuel consumption can drop to around 7L, but once you hit city traffic, it easily climbs to 9-10L. Many factors come into play: vehicle weight, whether the engine is naturally aspirated or turbocharged, and whether it's a manual or automatic transmission. My advice: avoid aggressive starts, maintain speeds between 60-80 km/h for optimal fuel efficiency, use the AC sparingly, and check tire pressure monthly. Regular oil and filter changes can help stabilize fuel consumption around 8L. Don't forget seasonal impacts—AC usage in summer adds about 1L, and avoid prolonged warm-ups in winter. These tips have saved me a lot on fuel costs every year.
Was this review help?
1
0
Share
Expand All
More Forum Discussions

Does intentional lane cutting constitute a traffic accident?

Intentional lane cutting is a traffic violation. Hazards of intentional lane cutting: When a leading vehicle deliberately cuts off or blocks a following vehicle, or when a following vehicle intentionally obstructs the normal driving of the vehicle being overtaken during the overtaking process, it usually results in mutual scraping or even severe traffic accidents such as rollovers or collisions of the "cut-off" vehicle, endangering lives. Lane cutting can generally be divided into two situations: One is intentional behavior, driving an "aggressive car," which is more likely to cause traffic accidents; the other is due to poor visibility or blind spots in the leading vehicle, or distracted attention, where the driver fails to see the approaching vehicle from behind when changing lanes, resulting in cutting off the following vehicle.
20
5
Share

Does Driving Through Water Affect the Engine?

Driving through water can affect the engine, impairing the vehicle's braking performance and reducing engine lifespan. Below are precautions to take when driving through water. Drive at Low Speed: When driving through water, maintain a low speed, avoid stopping, shifting gears, releasing the throttle, or accelerating. It's best to pass through steadily at a low gear with moderate throttle, rather than speeding through and splashing large waves or water. Do Not Restart Immediately: If the car stalls in water, do not attempt to restart it immediately. Instead, take measures to tow the vehicle to a safe location with less water as soon as possible. Water entering the engine is a severe issue, as it can pass through the air filter into the intake valve and then into the cylinder block via the intake pipe.
5
4
Share

Is the Weiling 150s a chain-driven or pushrod engine?

Weiling 150s is a chain-driven engine. The differences between chain-driven and pushrod engines are as follows: Structural differences: Chain-driven engines increase power by raising the rotational speed under the same displacement. They are compact, lightweight, have lower mechanical loads, precise ignition, and can incorporate many advanced technologies. They require higher manufacturing standards. Pushrod engines are not suitable for high rotational speeds but offer strong torque at low to medium speeds, providing powerful acceleration, excellent climbing performance, and good practicality. Focus differences: Chain-driven engines generally emphasize high-speed power output, relying on increased rotational speed to enhance performance, and exhibit strong explosive power at high speeds. Pushrod engines focus on low-speed power output.
2
3
Share

Does the Chassis Coating Have Odor?

Chassis coating does have an odor, but the odor is relatively mild. Chassis Selection: There are water-based and oil-based chassis coatings. Water-based chassis coatings have a milder odor, are easier to clean, and offer better gloss and flexibility compared to oil-based ones. Oil-based chassis coatings have strong resistance to low temperatures and dry quickly, but require gasoline for cleaning. Choose water-based coatings for good driving environments and oil-based for harsh conditions. Main Functions of Chassis Coating: Protects the chassis from rust and corrosion, provides sound insulation, heat insulation, and prevents bottoming out. Since the chassis frequently comes into contact with rainwater and road surfaces, it is prone to rust. You can choose based on your vehicle's condition.
1
5
Share

What is the function of a motorcycle exhaust pipe?

Motorcycle exhaust pipe serves to extend the lifespan of the exhaust muffler system. Exhaust Pipe: The exhaust pipe is installed between the engine exhaust manifold and the muffler, creating a flexible connection for the entire exhaust system. This helps reduce vibration and noise, facilitates installation, and prolongs the service life of the exhaust muffler system. Exhaust System: The exhaust system mainly consists of the exhaust pipe, muffler, catalytic converter, and other auxiliary components. Exhaust Interference: Manifold pipes generally perform better than individual pipes but require more advanced design techniques to minimize exhaust interference between cylinders. A common approach is to first combine the exhaust pipes of cylinders with opposing firing orders, then merge the two sets of exhaust pipes from cylinders with opposing firing sequences. This is a fundamental design method to avoid exhaust interference.
11
5
Share

What is the manufacturer of Xinben motorcycles?

The manufacturer of Xinben motorcycles is Huari Group in Jiangmen City, Guangdong Province. Introduction: Xindaben motorcycles belong to the SHS series, with the logo SDBHODA on the body. The trademark can be found online and is a registered trademark. The Super War Dragon CBF150D is a model under Xindaben Honda. The Super War Dragon CBF150D under Xindaben Honda is an upgraded version based on the War Dragon, with no major changes in exterior design, mainly focusing on some optimizations in power details. The lamp cavity has added a focusing device. The instrument panel still features mechanical pointer-style gauges. Additional Information: The dimensions of the Xindaben Super War Dragon are 2032*752*1105mm in length, width, and height, with a wheelbase of 1311mm. The seat height is 760mm, and the minimum ground clearance is 161mm.
20
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.