Virtual motor vehicle controlling system

A virtual motor vehicle engine controlling system, comprising a processor, a virtual motor vehicle engine, a start/stop controlling unit, a brake controlling unit, a acceleration controlling unit, a sound play controlling unit and a video play controlling unit, wherein the virtual motor vehicle engine comprises a virtual motor vehicle engine interface;

• the start/stop controlling unit comprises a start/stop virtual button and a start/stop virtual button sensor for sensing start/stop signals of the start/stop virtual button;
• the brake controlling unit comprises a brake virtual button and a brake virtual button sensor for sensing brake signals of the brake virtual button;
• the acceleration controlling unit comprises a acceleration virtual button and a acceleration virtual button sensor for sensing acceleration information of the acceleration virtual button;
• the virtual motor vehicle engine interface comprises a virtual gear meter, wherein the processor communicatively connects with the start/stop virtual button sensor, the brake virtual button sensor, the acceleration virtual button sensor and respectively controls the sound play controlling unit to play sounds in the virtual motor vehicle engine interface, wherein the processor is used to controls the video play controlling unit to play videos in the virtual motor vehicle engine interface and controls the gear changes of the virtual gear meter, and wherein the virtual motor vehicle engine controlling system further includes a tactile feedback unit, the tactile feedback unit electrically connecting with the processor, the processor controlling the tactile feedback unit to generate vibration feedback in the virtual motor vehicle engine interface.