
The Toyota 86 does not have a turbocharged model. The Toyota 86 is a two-door, four-seat sports car under the Toyota brand, and all models are equipped with a 2.0-liter naturally aspirated four-cylinder horizontally opposed engine, which was jointly developed by Subaru and Toyota. The Toyota 86 has a wheelbase of 2570mm, with length, width, and height dimensions of 4240mm, 1775mm, and 1320mm respectively. The front suspension of the Toyota 86 uses a MacPherson independent suspension, while the rear suspension employs a multi-link independent suspension. The 2.0-liter naturally aspirated engine in the Toyota 86 delivers a maximum power of 147kW and a maximum torque of 205Nm, featuring hybrid injection technology and an aluminum alloy cylinder head and block.

As a car enthusiast, I've been driving the Toyota 86 for a while and always admired its pure driving feel. It only comes with a naturally aspirated version from the factory, equipped with a 2.0-liter horizontally opposed four-cylinder engine producing just over 200 horsepower, and there has never been a turbocharged model available. This design emphasizes balance and lightweight, with a low center of gravity, making it particularly agile on mountain roads or tracks, with linear acceleration and no lag. A turbo would add weight, complexity, and maintenance costs, deviating from the original intent of the Toyota and Subaru collaboration. If you're after explosive power, there are third-party turbo conversion kits on the market, but they require professional installation and tuning, otherwise, the risks are high. The factory setup is more reliable, fuel-efficient, and durable for daily commuting, and I recommend beginners experience the original feel first before considering upgrades.

I've been repairing cars for nearly twenty years and have worked on quite a few Toyota 86s. The factory configurations are all naturally aspirated, with no turbocharged versions ever released. The engine, a horizontally opposed design provided by Subaru, features a simple and reliable basic structure with a low failure rate. Common issues after adding a turbo include intake pipe leaks, insufficient cooling, or piston damage, which are both troublesome and expensive to repair. Maintenance should focus on regular oil changes, spark plug inspections, and air filter checks to avoid overheating and oil burning. While turbo modifications can boost power, they require reinforcing the chassis and ECU tuning, so beginners should not attempt them lightly. Sticking to the factory setup ensures safety and economy for daily driving, saving both money and hassle.

As a newcomer to cars, I checked the official website and found that the Toyota 86 lineup exclusively features naturally aspirated engines, with no turbocharged models available. Its smooth power delivery makes it quite suitable for learning manual transmission, and the handling is relatively easy to master. Fuel consumption ranges between 8-10 liters per 100 km, which isn't particularly high. Compared to turbocharged cars, it lacks the jerky sensation, offering a smoother driving experience. While installing a turbo kit is feasible, it's expensive and might void warranty coverage for related failures. It's recommended to keep it stock for reliability and simplicity, making it ideal for daily commuting as a beginner.


