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Audi's new generation Q5 is exposed! Upgrade the new gearbox in the whole series, want to buy BMW X3 and so on

A few days ago, the online car market obtained a set of exterior rendering pictures of Audi's new generation Q5 models, and the new car is expected to be officially released as soon as 2023, and is expected to be the first to be listed in overseas markets within the same year. At the same time, the FAW-Volkswagen Audi Q5L model will also usher in a replacement work in 2023, and will continue to compete with the BMW X3, Mercedes-Benz GLC and other SUV models after the new car goes on sale.

Audi's new generation Q5 is exposed! Upgrade the new gearbox in the whole series, want to buy BMW X3 and so on
Audi's new generation Q5 is exposed! Upgrade the new gearbox in the whole series, want to buy BMW X3 and so on

It is reported that Audi's new generation of Q5 models is expected to be equipped with a 2.0T low-power turbocharged engine and a 48-volt light hybrid system. At the same time, the new car will also launch plug-in hybrid and pure electric models for consumers to purchase in the later stage. It is worth mentioning that the entire series of fuel versions of the new car will be replaced with an 8-speed manual transmission, and the domestically replaced model is also expected to use an 8AT gearbox.

Audi's new generation Q5 is exposed! Upgrade the new gearbox in the whole series, want to buy BMW X3 and so on
Audi's new generation Q5 is exposed! Upgrade the new gearbox in the whole series, want to buy BMW X3 and so on
Audi's new generation Q5 is exposed! Upgrade the new gearbox in the whole series, want to buy BMW X3 and so on

As can be seen from the released exterior rendering pictures, Audi's new generation Q5 front face is equipped with a more sporty black honeycomb grille, and the two sides are also equipped with a new shape LED headlight group. The rear part of the car is expected to adopt a bilateral single-out exhaust layout, and the through-LED taillight group has been upgraded above to further improve the recognition of the model.

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