## List of Cars Without Direct Injection Engines
### Introduction
Direct injection (DI) is a fuel injection system that sprays fuel directly into the combustion chamber of an engine. This differs from traditional port fuel injection (PFI) systems, which spray fuel into the intake manifold. DI engines are generally more efficient than PFI engines, as they can atomize fuel more finely and inject it at higher pressures. However, DI engines can also be more expensive to manufacture and maintain.
In recent years, there has been a growing trend toward DI engines, as automakers look to improve fuel efficiency. However, there are still a number of cars on the market that use PFI engines. These cars are typically less expensive than DI models, and they may offer some advantages in terms of power and torque.
Here is a list of cars that do not have direct injection engines:
### Subcompact Cars
* Chevrolet Spark
* Fiat 500
* Ford Fiesta
* Honda Fit
* Hyundai Accent
* Kia Rio
* Mazda2
* Mitsubishi Mirage
* Nissan Versa
* Toyota Yaris
### Compact Cars
* Chevrolet Cruze
* Ford Focus
* Honda Civic
* Hyundai Elantra
* Kia Forte
* Mazda3
* Nissan Sentra
* Subaru Impreza
* Toyota Corolla
* Volkswagen Golf
### Midsize Cars
* Chevrolet Malibu
* Ford Fusion
* Honda Accord
* Hyundai Sonata
* Kia Optima
* Mazda6
* Nissan Altima
* Subaru Legacy
* Toyota Camry
* Volkswagen Passat
### Full-Size Cars
* Chevrolet Impala
* Ford Taurus
* Honda Accord
* Hyundai Azera
* Kia Cadenza
* Mazda6
* Nissan Maxima
* Subaru Legacy
* Toyota Avalon
* Volkswagen Passat
### SUVs
* Chevrolet Equinox
* Ford Escape
* Honda CR-V
* Hyundai Tucson
* Kia Sportage
* Mazda CX-5
* Nissan Rogue
* Subaru Forester
* Toyota RAV4
* Volkswagen Tiguan
### Minivans
* Chrysler Pacifica
* Dodge Grand Caravan
* Honda Odyssey
* Kia Sedona
* Toyota Sienna
### Advantages of Cars Without Direct Injection Engines
There are a few advantages to owning a car without a direct injection engine. These advantages include:
* **Lower cost:** PFI engines are typically less expensive to manufacture and maintain than DI engines.
* **More power and torque:** PFI engines can produce more power and torque than DI engines, especially at low RPMs.
* **Simpler design:** PFI engines are simpler in design than DI engines, which can make them easier to repair.
### Disadvantages of Cars Without Direct Injection Engines
There are also a few disadvantages to owning a car without a direct injection engine. These disadvantages include:
* **Lower fuel efficiency:** DI engines are generally more fuel efficient than PFI engines.
* **Higher emissions:** DI engines can produce more emissions than PFI engines, especially during cold starts.
* **Increased maintenance costs:** DI engines may require more frequent maintenance than PFI engines, due to the higher pressures involved.
### Conclusion
Ultimately, the decision of whether or not to buy a car with a direct injection engine is a personal one. There are both advantages and disadvantages to consider, and the best choice for you will depend on your individual needs and preferences.
