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Toyota's new Camry exposed! The same front face of the change of competition, netizens: more atmospheric than the Honda Accord

A few days ago, the online car market obtained a set of exterior rendering pictures of Toyota's new Camry models, and the new car is expected to be officially released at the end of 2022 or 2023 at the earliest, and is expected to be listed in the domestic market in 2023, when it will continue to compete with the Honda Accord, Volkswagen Passat, Mazda Artez and other joint venture mid-size cars.

Toyota's new Camry exposed! The same front face of the change of competition, netizens: more atmospheric than the Honda Accord
Toyota's new Camry exposed! The same front face of the change of competition, netizens: more atmospheric than the Honda Accord
Toyota's new Camry exposed! The same front face of the change of competition, netizens: more atmospheric than the Honda Accord

In the power part, Toyota's new Camry is expected to continue to be equipped with 2.0L, 2.5L and 2.5L hybrid systems, and the drivetrain will match the CVT, 8-speed manual and E-CVT transmission. At the same time, the new car is also expected to launch a 2.5L plug-in hybrid model for the first time, as well as a pure electric version for consumers to buy.

Toyota's new Camry exposed! The same front face of the change of competition, netizens: more atmospheric than the Honda Accord
Toyota's new Camry exposed! The same front face of the change of competition, netizens: more atmospheric than the Honda Accord

As can be seen from the rendered pictures released, Toyota's new Camry has been equipped with a new large-mouth grille, and the LED headlight group on both sides is more narrow and long, and the overall design is highly similar to the brand's Syna model, which is more atmospheric than the Honda Accord model. The rear part of the car is expected to continue to use a bilateral single-out or one-sided single-out exhaust layout, and a new through-line LED taillight group has been upgraded above the tailgate to further enhance the recognition of the model.

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