What is the difference between displacement with and without a T

[Prim]

A T indicates that the car's engine is equipped with a turbocharged engine. Compared to those without a T, these engines have smaller displacement but more power. The T at the back of a car refers to a Turbo-Boost engine. The main function of a turbocharger is to increase the engine's air intake, thereby enhancing the engine's power and torque, making the vehicle more powerful. Cars without a T mean they do not have a turbocharger and are naturally aspirated engines. More details are as follows: 1. Cars with turbocharged engines feature smaller engine displacement and stronger power, with little difference in fuel consumption between the two types of engines. 2. Emissions, especially carbon dioxide, can also be reduced, which helps better protect the environment. However, turbocharged engines have a limited lifespan and higher maintenance costs.

[McCourtney]

When it comes to engines with and without a 'T', the difference is huge, and I’ve personally felt it deeply while driving. The 'T' stands for turbocharged engines, like Volkswagen’s EA888, which deliver explosive power at the same displacement—highway overtaking is swift, and the push-back feeling at higher RPMs is exhilarating. However, there’s noticeable lag at low RPMs; you have to wait a bit after stepping on the gas. Non-'T' engines are naturally aspirated, offering smooth and linear acceleration, like Toyota’s 1.6L, making them more comfortable and seamless in city traffic with more direct response and no jerking. Turbocharged engines suit those who crave power, like us young folks who enjoy spirited driving, while naturally aspirated ones are hassle-free and ideal for family trips. Additionally, turbocharged engines can achieve high horsepower with smaller displacements, making them relatively more eco-friendly and fuel-efficient, though maintenance is more complex. When choosing a car, it all comes down to whether you prefer excitement or a steadier ride.

[RoseRose]

The difference between engines with and without turbocharging (T) mainly lies in power efficiency and driving feel. Turbocharged vehicles rely on turbocharging to increase air intake pressure – for example, a 1.5T engine can match the power of a 2.0L naturally aspirated engine. They handle uphill climbs and acceleration effortlessly, offer better fuel efficiency on highways, and are particularly cost-effective for long-distance driving. However, in stop-and-go city traffic, they consume more fuel and may encounter overheating issues. Naturally aspirated engines (without T) provide more responsive acceleration with no lag, delivering smooth power at low RPMs. For instance, I've driven a Honda 2.4L – it's cheaper to maintain with fewer parts, and repairs are simpler and more economical. Overall, turbocharged engines suit power enthusiasts and help reduce emissions, while naturally aspirated engines are reliable and practical. Your choice depends on driving habits and environment: opt for naturally aspirated for daily commutes, and turbocharged for frequent highway driving to save time and effort.

[LaSophia]

A car with a 'T' in its displacement indicates a turbocharged engine, which differs from naturally aspirated engines (without a 'T') in terms of power output. I've tried a 1.4T model with turbocharging—it delivers strong horsepower and ample torque at higher RPMs, but there might be a slight delay in response at the initial acceleration. Naturally aspirated engines respond faster, providing immediate push as soon as you press the throttle, making city driving smoother. In terms of selection, small-displacement turbocharged engines offer strong performance and better environmental friendliness, while naturally aspirated engines are simpler, more durable, and suitable for beginners. Consider your driving scenarios comprehensively.