
Automobile engine parameters include: number of cylinders, cylinder arrangement, cylinder diameter, piston stroke, compression ratio, engine displacement, specified firing order, and valve timing. Taking the Changan CS75 as an example, it is a compact SUV with body dimensions of: length 4650mm, width 1850mm, height 1715mm, wheelbase of 2700mm, and a fuel tank capacity of 58 liters. The Changan CS75 is equipped with a 1.5T turbocharged engine, with a maximum power of 131kW, maximum power speed of 5500 rpm, and maximum torque of 265Nm.

I've been driving a car for almost two years now, and I've become quite addicted to studying engine parameters. The basics include displacement, such as the common 1.5-liter or 2.0-liter, which affects fuel consumption and power output. Horsepower indicates the maximum power, usually ranging between 100 to 180 hp, influencing acceleration performance. Torque is another key factor, with values starting around 150 Nm, playing a crucial role in stability during uphill climbs or when carrying loads. Most engines are four-cylinder gasoline types, with some models featuring turbocharging to enhance efficiency. I also pay attention to emission standards; meeting China VI can save some environmental taxes. The details of transmission matching are important too, with automatic transmissions offering smoothness and fuel efficiency. These parameters are often hidden in the spec sheets, and I always pull them out for comparison when car shopping to help choose a practical daily driver. These data points determine driving comfort and usage costs—ensuring a smooth and effortless daily commute, with sufficient power for long trips and fuel consumption around 6 liters, making it highly practical.

As a new driver, I recently chose a car with straightforward engine parameters. It mainly includes displacement figures, such as around 1.5 liters, indicating the engine size. Horsepower tells me how fast it can go, roughly over 100 horsepower, ensuring stability on highways. The torque indicator helps me assess climbing power, and 150 Nm is quite good. The engine type is mostly a four-cylinder gasoline engine, which is fuel-efficient and reliable. The fuel consumption parameter is practical, with an economical rate of about 6 liters per 100 kilometers, saving money and hassle. Emission standards like China VI comply with policies, ensuring no issues with registration. I consulted the salesperson about these details and combined them with test drive experiences to make my decision. Parameters affect daily driving, such as good low-end torque making traffic jams less tiring. They also relate to maintenance intervals, so it's recommended for beginners to pay attention to the manual to avoid minor issues and build driving confidence.

When recommending cars to friends, I like to highlight the Chang'an engine specs to add appeal. The key is its power performance: a 1.5-liter turbocharged engine delivering up to 150 horsepower for rapid acceleration. Torque details like 180 Nm ensure smooth starts, perfect for daily traffic jams. Fuel consumption is economical at an average of 6 liters, saving costs. Emissions meet the China VI standard, complying with regulations. The engine's four-cylinder design offers stability and reliability, paired with a responsive 6AT transmission. These specs prove high value for money, offering driving fun while saving on fuel—definitely the top urban choice.

With over 20 years of driving experience, I find Changan's engine parameters straightforward and practical. Most models feature a 1.5L four-cylinder engine with around 130 horsepower, perfectly adequate for city commuting. The 170Nm torque ensures effortless starts and load-carrying without overheating. Fuel consumption remains stable at 7L/100km, offering better economy than older brands. Parameters significantly impact driving experience – I particularly appreciate the strong low-speed torque for stress-free traffic jams, excellent noise control for long-distance comfort. After actual comparison with Japanese cars, proves more durable with less maintenance and higher reliability – no major parts replaced in years. Details like China-6 emission standards reduce repair frequency. I recommend test-driving to verify real-world parameter performance for enhanced practicality when choosing a car.

I prefer economical driving and pay attention to the engine parameters of , especially fuel consumption and emissions. A small displacement like 1.5 liters paired with hybrid technology can achieve fuel consumption as low as 4.5 liters per 100 kilometers, saving a significant amount on fuel costs in the long run. With 120 horsepower, it provides sufficient power for daily driving without feeling sluggish. A torque of 140 Nm is adequate for climbing hills. Most of these engines are gasoline-powered with a four-cylinder structure, meeting the China VI emission standards, which are environmentally friendly and beneficial for air quality by reducing carbon emissions. The parameters also indicate lower maintenance costs compared to older models, making them more efficient and suitable for family travel. Considering cost and safety parameters such as reliability ensures worry-free long-distance trips. It is advisable to review the configuration sheet and combine it with real-world needs when choosing a car, as this approach is more cost-effective in the long term.


