How much fuel does a GR86 use per 100km?

A 2-liter engine refers to a total displacement of 2000 cubic centimeters (cc) across all cylinders—that's 2.0 liters. This number represents the combined volume swept by the pistons moving from top to bottom dead center in each cylinder. Displacement is one of the key indicators of an engine's power output—generally, a larger displacement means more horsepower and torque, though often at the cost of higher fuel consumption. In everyday driving, 2.0-liter engines strike a solid balance between performance and efficiency, which is why they’re commonly found in everything from compact sedans and SUVs to sportier models. That said, real-world performance isn’t just about displacement. Tech like turbocharging, direct fuel injection, or hybrid systems can make engines of the same size behave very differently. These days, advancements in forced induction mean smaller turbocharged engines can deliver power comparable to—or even surpassing—older, bigger naturally aspirated engines while sipping less fuel. It’s no surprise that more automakers are heading in this direction.

Yes, 2000cc and 2 liters refer to exactly the same engine displacement. "cc" stands for cubic centimeter, and since 1 liter equals 1000 cubic centimeters, 2000cc is simply 2 liters – just different ways of saying the same thing. In the automotive world, engine size is typically labeled in either liters (L) or cubic centimeters (cc). You'll see things like 1.5L or 1500cc, 1.8L or 1800cc – all describing the total cylinder volume. Generally, a larger displacement means more power, though often at the cost of higher fuel consumption. That said, while displacement is a key spec, it doesn’t tell the whole story. Factors like turbocharging, cylinder count, and fuel injection systems also play a huge role in performance. So you can’t judge an engine purely by its size. Also worth noting: different markets have their own preferences – some regions lean toward liters, others use cc more often. But at the end of the day, they’re measuring the exact same thing.

Yes, a 1.5-liter engine is indeed 1500cc. Both "liter" and "cc" (cubic centimeters) are units used to measure engine displacement. Since 1 liter equals 1000cc, 1.5 liters naturally translates to 1500cc. Engine displacement refers to the total volume of air and fuel mixture an engine's cylinders can draw in during one complete cycle. It’s a key indicator of an engine’s size and power potential—generally, the larger the displacement, the more power it can produce, though often at the cost of higher fuel consumption. That said, modern engine tech has come a long way. Many small-displacement turbocharged engines now deliver power outputs close to—or even surpassing—larger naturally aspirated engines, all while maintaining better fuel efficiency. That’s why we’re seeing so many cars today adopting 1.5L turbocharged engines as the sweet spot. Of course, displacement isn’t the only factor to consider. Fuel type, cylinder arrangement, compression ratio, and other engineering choices all play a role in how an engine actually performs in the real world.

Engine displacement is measured in liters because it's intuitive and universally recognized. As a unit of volume, liters directly represent the total working capacity of all cylinders, making it easier for consumers to compare the power potential of different models—for instance, a 1.5L engine typically delivers more power but higher fuel consumption than a 1.0L. This standardized approach traces back to early European automotive engineering, where engineers used total piston displacement (swept volume) to gauge performance potential. The metric system, with liters, simplified calculations and cross-comparisons. That said, modern turbocharging has complicated the link between displacement and power. A 1.4T engine, for example, might outperform a traditional 2.0L naturally aspirated unit. So when car shopping, it’s wise to also check peak horsepower and torque figures. On a practical note, displacement still affects road tax and insurance costs in many used-car markets, though real-world fuel efficiency hinges more on driving habits and engine tech.

The formula for calculating engine capacity is: displacement (cc)=π/4 x cylinder diameter ² x piston stroke x number of cylinders, where π/4 can be simplified to 0.785, cylinder diameter and piston stroke are usually measured in millimeters (mm), and the final result is expressed in cubic centimeters (cc) or liters (L). For example, a 4-cylinder engine with a single cylinder diameter of 80mm and a piston stroke of 90mm has a displacement of 0.785 × 80 ² × 90 × 4 ≈ 1809cc or 1.8L. Displacement directly affects the engine's power output and fuel efficiency. Generally, the larger the displacement, the higher the horsepower, but fuel consumption also increases relatively. However, modern turbocharging technology can allow small displacement engines to output power close to that of large displacement engines while also considering fuel economy. When choosing engine displacement, daily usage scenarios should be considered. Small displacement engines below 1.5L are suitable for urban commuting, while engines above 1.8L can be considered for frequent long-distance driving or heavy loads. In addition, the displacement is also linked to road taxes, and common models in the local market are mostly concentrated between 1.3L and 2.5L to balance performance and vehicle costs.