Porsche 911 GT Drift Car description

What is DRIFTING? A Drifting is a driving style wherein driver needs to use the throttle, brakes, clutch; gear shifting and steering input to keep the car in a state of over steer while maneuvering from turn to turn.

The most realistic Drift Car Porsche 911 GT is available for you to enjoy the world of drift simulator. You can fulfill your dream to do a real drift with Porsche 911 GT in these drifting games. We have designed this game for the fan of Porsche 911 GT and Chevrolet Camaro fans. Get ready to drive the high power real V8 Engine and V6 Engine. Real sound of real drift car engine is available in these drifting games. With this real drift car game, you can improve your drifting and racing skill and also earn coins to customize your cars.

Getting excitement to do the stunt in this stunt car racing game? Then start playing this real drift car game and become a stunt driver. It was never easy to do a drift however now with this Porsche 911 GT and Chevrolet Camaro drift car game you can become expert stunt driver as well as you will get a chance to drive world's fastest car in this 3D car game.

Start driving in three different environments. This drift car game for kids will provide you three different HD environments with realistic sound of V8 Engine and V6 Engine. You can also upgrade your car with a different color, stickers, and rims. Complete the different drifting challenge and do the stunt to get free coins for car up-gradation. Become stunt driver expert with this Drift Car Chevrolet Camaro

Topographies of drift simulator: Porsche 911 GT - Chevrolet Camaro

- Two type of mode 1. Drift mode 2. Normal driving mode
- Real Drift physics with the calculation
- A realistic 3D environment with HD graphics
- Different camera view which makes a realistic experience for drifting car
- Real sound of V6Engine and V8Engine
- Easy control to play

Download now for free to become best drift driver & stunt driver to run fast cars. We will upgrade this stunt car game as per your feedback.