...The reflection is actually behind the headlight..
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The reason for this is that the X1 car can travel at relativistic speeds. The light you can see on the road is actually light which was emitted from the car 10^-9 seconds ago (0.000000001s).
It takes light about that long (10^-9 s) to travel the 30cm from the headlight to the road. During that time, the X1 has moved forward a good 10cm, and so it appears that the car is above the light emitted by its headlights.
If you look closely, you'll notice that other effects of special relativity can be seen here too. To an observer (us looking at the car/photo of the car), the length of the car should have shortened according to the Lorentz-Fitzgerald Contraction of: L(o) = sqrt(1 - (v^2)/(c^2) )
You will notice that the car in this picture is approximately 18.5% shorter from our frame of reference.
Although it is difficult to notice from the picture, the cars mass has increased by the same proportion, and the car's driver appears to be moving in slow motion.
As it turns out, Polyphony Digital actually had to include Special Relativity in the physics engine for this game due to the speeds that this car is capable of.
Challenge: Based on my figures - how fast must the car be moving?