2025 AUDI Q6 SUV S LINE E-TRON QUATTRO 285 KW POV TEST DRIVE

POV test drive with the 2025 Audi Q6 SUV S Line e-tron quattro 285 KW. In this video you can see a demo of several things: acceleration from 0 to 100 km/h, exterior images and walkaround, demo navigation, quiet driving, sporty driving on country roads, demo manual parking, demo trunk and luggage space, etc.

Chapters:
0:00 acceleration from 0 to 100 km/h in dynamic mode
0:15 exterior images and walkaround
1:22 sporty driving on country roads in dynamic mode
2:25 quiet driving on country roads in comfort mode
3:19 quiet driving on hilly country roads in comfort mode
4:10 sporty driving on hilly country roads in dynamic mode
5:24 horn and wiper test
5:54 bumpy road test
6:08 turning circle test
6:35 quick demo navigation
8:04 Reverse driving test
8:27 speed bump test
9:45 Demo parking and 360° camera
10:19 exterior images
10:45 2 charging ports
11:12 Frunk
11:19 Trunk and luggage compartment
12:40 Backseat
13:05 seats in front
14:08 Driving modes
14:31 Quick demo of infotainment system
14:50 Demo headlights
15:18 Demo taillights
15:48 Range indicator fully charged
15:52 Average consumption during my test drive

Technical specifications

AUDI Q6 SUV S LINE E-TRON QUATTRO

Brand: Audi
Model: Q6 SUV S line e-tron quattro
Type: electric car
Color: Plasma blue
Drive: quattro all-wheel drive
Luggage compartment capacity: 526/1,529 l

Battery:

Gross battery capacity (kWh): 100
Net battery capacity (kWh): 94.9
WLTP range (Km): 537-621

Charging:

AC charging speed (kW): 11
AC charging time 0%-100% at 11 kW: 10h
DC charging rate (kW): 270
DC charge time 10%-80% SOC: 21 min

Performance:

Power in kW: 285
Power in HP:
Top speed (Km/h): 210
Acceleration 0-100 km/h in sec: 5.9
Max. Torque (Nm): front 275 Nm and rear 580 Nm

Prices in Belgium:

Base price (€): 79.950
Price as tested (€): 107.019

Test Consumption:

Average consumption: 20.3 kWh/100 km during a test drive of 278 km at temperatures of 27 degrees. Estimated range based on a net battery capacity of 94.9 kWh is then 467 km.