What is the 0-100 km/h acceleration time of the Audi A6 45?
3 Answers
Audi A6 model's 0-100 km/h acceleration time is 7.9 seconds, which may vary under different road conditions. Audi A6 0-100 km/h performance: The Audi A6 features a launch control mode. By simultaneously pressing the brake and accelerator pedals, the engine speed can be raised to 3000 rpm. When releasing the brake, the power is instantly engaged, launching the entire vehicle forward. Audi A6 0-100 km/h gear selection: In S mode, the CVT transmission simulates a gear-shifting process which consumes considerable time. Therefore, the fastest acceleration time is achieved in D mode by directly pushing the tachometer into the red zone. During launch, the tires maintain grip without slipping, and the vehicle remains stable.
I remember checking the test data of the Audi A6L last time, and the 45 TFSI version's 0-100 km/h acceleration is quite impressive. The older model equipped with the EA888 2.0T high-power engine had an official rating of around 7.9 seconds, but the newer version with the EA888 evo4 engine now delivers 370 Nm of torque. A friend of mine who drives the 2023 model clocked it at 6.8 seconds in real-world testing. Of course, the actual driving experience also depends on road conditions and temperature—the kick-in-the-back feeling is particularly noticeable in Sport mode with full throttle. I recommend test driving it yourself to get a real feel, as data is just a reference.
I've driven this car several times. The 2024 A6L 45 TFSI delivers exceptionally stable acceleration on dry asphalt roads. The 2.0T engine under the hood produces 265 horsepower, paired with a 7-speed dual-clutch transmission, making the official 0-100km/h acceleration claim of 6.8 seconds quite reasonable. The highlight is Dynamic mode: power surges out just half a second after pressing the throttle, with sustained mid-range acceleration and strong push-back feeling that doesn't fade until 80km/h. However, note that cold winter tires may add about half a second, and the effect is more pronounced on wet surfaces.
