What are the types of car engines?

[SanSophia]

Types of car engines are as follows: 1. According to the working method of the intake system: They can be divided into four types: naturally aspirated, turbocharged, mechanically supercharged, and twin-charged. 2. According to the piston movement method: They can be divided into reciprocating piston internal combustion engines and rotary piston engines. 3. According to the cylinder arrangement: They include inline engines, V-type engines, W-type engines, and horizontally opposed engines, etc. 4. According to the number of cylinders: They can be divided into single-cylinder engines and multi-cylinder engines. Modern cars mostly use three-cylinder, four-cylinder, six-cylinder, and eight-cylinder engines. 5. According to the cooling method: They can be divided into water-cooled engines and air-cooled engines. Water-cooled engines have uniform cooling, reliable operation, and good cooling effect, and are widely used in modern automotive engines. 6. According to the number of strokes: They can be divided into four-stroke internal combustion engines and two-stroke internal combustion engines. Four-stroke internal combustion engines are widely used in car engines. 7. According to the fuel supply method: They include carburetor engines, electronic fuel injection engines, and direct injection engines.

[ReaganFitz]

There are so many types of engines! I've loved cars since childhood and now I work on them myself, so here's a little sharing. The most common is the gasoline engine, like those used in most family cars—easy to maintain and smooth acceleration, but a bit high on fuel consumption. Then there's the diesel engine, powerful and commonly found in SUVs, fuel-efficient but noisier with emission issues. Hybrid engines are impressive, like those in Toyota cars, combining gasoline and electric motors—eco-friendly and fuel-saving, though pricier. Pure electric engines are gaining popularity, like Tesla's zero-emission models with quick acceleration, but charging takes time and stations can be hard to find. Special ones like the rotary engine in Mazda RX series have unique structures and fierce acceleration but are tough to repair. In short, choosing an engine depends on use and budget—gasoline is great for daily commutes, diesel saves fuel for long trips, and eco-conscious folks might love electric.

[McEli]

I've driven dozens of cars as an ordinary car owner, and the variety of engine types is truly extensive. Gasoline engines are the most common, offering smooth, comfortable operation and simple maintenance; diesel engines provide high torque and fuel efficiency, commonly seen in pickups and large SUVs; I've used a Prius hybrid, which combines the benefits of gasoline and electric power and is quite eco-friendly; pure electric vehicles offer an excellent driving experience with smooth acceleration, but charging requires careful planning; there are also niche options like the horizontally opposed engine in the Porsche 911, known for its stability and performance. Each type has its pros and cons: gasoline engines are fuel-thirsty, diesel engines are noisy, hybrids save fuel but are expensive, and electric vehicles are eco-friendly but reliant on charging infrastructure. I believe the choice should align with driving habits and budget—for example, diesel is more suitable for long distances, while electric is the trend for city driving.

[LeJameson]

There are many types of engines, and as someone who cares about the environment, I particularly focus on the clean ones. Traditional gasoline and diesel engines have significant high-emission issues; hybrid vehicles reduce pollution and are highly practical; pure electric vehicles represent the future with zero emissions; hydrogen fuel engines are also under development, cleaner but less widely used. When choosing an engine, environmental impact should be prioritized, with electric or hybrid options being the preferred choices.