Chinese media speculates that the Chery Fulwin T11 will launch at the Chengdu Auto Show later this month. This follows information shared by a blogger named Torpedo 2954, who claims that the exterior styling of the Fulwin T11 is finalized and gives the dimensions for the new car.
The Chery Fulwin T11 will be a flagship SUV for the brand. Chery first displayed a concept of the T11 at last year’s 2023 Chery Fulwin New Energy Night. It’s claimed that the new car will have dimensions of 5190, 1995, 1800 mm (l/w/h), and a wheelbase of 3100 mm. It is by far the largest SUV so far produced by Chery and forms part of the Fulwin sub-brand, which is now dedicated to new energy vehicles and, to date, has solely consisted of PHEV models.
Official information indicates that the T11 is based on the E0X platform. It will use Chery’s Kunpeng Super Hybrid C-DM plug-in hybrid system consisting of a 1.5T engine and electric motor. The engine has a thermal efficiency of 44.5%, has a peak power of 115 kW (154 hp), and can deliver 220 Nm or torque. For the T11, this will it’s claimed be matched with a 200 kW electric motor to provide an all-wheel drive system. Fuel consumption Is 5.9 l/100 km, 0-100 km/h acceleration time is 5.9 seconds, and all-electric range is more than 200 km with a comprehensive range of more than 1400 km. Reports indicate that the T11 will use front double wishbone suspension and at the rear multi-link suspension.
The renderings shown by the blogger reveal a car with more traditional door handles as opposed to the concealed door handles on the concept car. Car News China finds this hard to believe, seeing that the T11 is the flagship model and all Fulwin models currently on sale have concealed handles, although it should be noted that the E06 concept does have semi-concealed door handles.
According to various reports, internal features will include dual panoramic roofs, six-screen linkage, and second-row seats with lateral and longitudinal adjustment. The Fulwin T11 is also claimed to have an NOP urban driving function.
