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Since the introduction of the first Volkswagen, car enthusiasts have been enchanted with these vehicles that change everything about how you look at motor cars. The whole idea of a motorcar is due to the great engine design and performance in this particular vehicle. But beyond these aspects, people also enjoy all-wheel drive, better fuel efficiency and reduced emissions. This whole range of characteristics has made modern motor cars even more enticing. The term all-wheel drive in particular reflects the balance that these cars achieve when their rear wheels are in traction and the front wheels are out of traction. This is why the term “all-wheel drive” has become synonymous with these modern motor cars. But what exactly is an all-wheel drive system? Volkswagen's unique all-wheel drive (AWD) System (also known as « Quattro ») is perhaps the best example of this unique system when it comes to driving pleasure and driving efficiency. The whole idea behind this system is to split the power output of the engine to all four wheels through a special transmission shaft. This means that the engine produces power for the front and rear wheels. But how can you achieve this amazing balance? What differentiates this system from other systems out there? When one is driving an AWD car, propulsion is theoretically transferred through a transfer case, at least partially or completely to all four wheels. So how does it work exactly? This depends on the type of system that an AWD has. For example, if you are driving a rear-wheel drive, then it means that your car's engine only transfers its power to your vehicle's rear wheels. Your vehicle's front wheels do not receive any power. This means that whenever you need to accelerate, your car will have to have a higher traction ratio. This means that the front wheels will have more traction and the vehicle will be able to accelerate faster. On the other hand, a rear-wheel drive vehicle's power shaft is placed behind the rear axle. The rear axle has its wheels on either side of it, whereas an all-wheel drive vehicles' engine is located at the front part of the vehicle. Your car's engine has its split shaft placed in front of this engine as well as beneath it. In general, AWD vehicles usually have a powerful transmission between their engine and transmission (also known as differential). It is usually located between these two components (engine/transmission). The transmission in an all-wheel drive is also known as a torque converter. When power is sent to the wheels, the vehicle will spin freely and consume fuel. The car's engine and transmission pump this power through a differential and torque converter, which converts torque into speed. This is how this system works! The final advantage of the AWD system is that it provides better fuel efficiency than a conventional rear-wheel drive (RWD) vehicle. This means that you can get the same performance from less power and at lower cost compared to other types of cars. There are many different types of AWD systems out there on the market today. cfa1e77820
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