Tiguan 1 8T 4WD Elite Edition and CRV2 4L 4WD Premium Navigation Edition, which one to get?

The Tiguan is not kind, only when you start buying it from the elite version does it look like a car of more than 200,000 people, and the other configurations are too low, and there is not even a sunroof.

The Tiguan and the two power configurations, in the case of this model, are only different in engine displacement, of course, there are differences in other configurations, as for the four-wheel drive system, it is exactly the same.

The Tiguan is equipped with a four-wheel drive system called 4motion, which is the embodiment of Volkswagen's research and development level, and can freely distribute power to the front and rear wheels according to the different conditions of the vehicle's driving terrain. It is said that all the driving force can be applied to one wheel, and the power of a single axle can also be controlled between 0-100% of the total power, and a high-quality front and rear axle power distribution ratio of 50:50 can also be achieved.

As for the difference between and is the problem of big strength and small strength. It has little to do with the four-wheel drive system.

It's the same, you can refer to the 4S store and compare it.

Summary. Hello dear, the content of the information you inquired about is:

The 2017 Tiguan all-wheel drive form is full-time all-wheel drive.

I hope mine can help you, praise is the driving force to move forward, I wish you all the best.

What is the 2017 Tiguan 4WD.

Hello dear, the information content of your inquiry is: In 2017, the Tiguan four-wheel drive form is full-time four-wheel drive. I hope mine can help you, praise is the driving force to move forward, I wish you all the best.

Full-time four-wheel drive. At all times, the vehicle is driven by four wheels that are pushed independently. English put"all wheel drive"Abbreviation"awd"to distinguish it from 2WD (FWD and RWD).

The full-time all-wheel drive distributes the drive to the four tires via a flexibly connected ** differential, and then through separate differentials on the front and rear axles. Unlike a purely mechanical differential lock, a full-time four-wheel drive differential can be bonded or multi-clutch, but the same is that it can allow a speed difference between the front and rear wheels, and between the left and right wheels. Whether a vehicle is a full-time all-wheel drive depends entirely on the construction of the transfer case.

As the core part of the different driving states of the vehicle, it can be said that the transfer case determines the performance of the vehicle to a certain extent.

The Tiguan has a four-wheel drive model, and the Tiguan is a compact SUV owned by Volkswagen. The Tiguan's all-wheel drive models are equipped with a full-time all-wheel drive system and a multi-plate clutch** differential, and the four-wheel drive version is only available on models with a turbocharged and turbocharged engines.

The Tiguan has a total of three engines, namely the Turbo Engine, the Turbocharged Engine, and the Turbocharged Engine.

The turbocharged engine has a maximum power of 110 kW and a maximum torque of 250 Nm. The engine has a maximum torque speed of 1,750 to 3,000 rpm and a maximum power speed of 5,000 rpm. The engine is equipped with direct injection technology and uses an aluminum alloy cylinder head and block.

The turbocharged engine has a maximum torque of 160 hp and 250 Nm. The engine has a maximum torque speed of 1,500 to 4,500 rpm and a maximum power speed of 4,500 to 6,200 rpm. The engine is equipped with direct injection technology and features an aluminium alloy cylinder head and cast iron block.

The turbocharged engine has a maximum torque of 200 hp and 280 Nm. The engine has a maximum torque of 1,700 to 5,000 rpm and a maximum power of 5,100 to 6,000 rpm.

The engine is equipped with in-cylinder direct injection pure tung technology, and uses an aluminum alloy cylinder head and block.

Millions of car purchase subsidies.

You can't see the results you want from the specifications of the tires alone, you should choose from the tire pattern will be better, or you can go to the tire 360 network to see, learn more:

1. One-way single-guide.

The tread grooves on both sides of the single-guide tire point in the same direction. It is usually a "V-shaped" pattern.

Features: Good drainage performance, good handling regardless of dry and wet road conditions.

Better steering and braking functions.

Typically available in larger sizes (15" and above) and high speed classes.

Suitable for: People who drive high-speed performance tires.

2. Non-directional symmetry.

Non-directional tire tread patterns, both inside and outside the tire tread, usually have a continuous rib or block design, they have the same function. Usually in a "wave-like" tread, characterized: comfortable, low-noise design guided tires.

Transverse grooves for improved drainage performance.

Suitable for: People who want a comfortable and quiet driving environment.

3. Asymmetry.

Different patterns are used on both sides of the asymmetrical tire tread to enhance and optimize wet and dry handling. The outermost tire tread area usually has large grooves for improved drainage and wet handling; The tread pattern on the inside of the tire has finer grooves to increase the contact area with the road surface.

Features: Good handling on wet and dry roads.

Good high-speed cornering ability.

Suitable for: Those who want a high-performance driving feeling.

It's better to run the construction site or 235.