Hi all,
Something struck me while looking at this photo:
and remembering that, in an interview with Will Smith about I, Robot (where the car was used), this car was actually manufactred, and it has spherical wheels.
So if you were to try and drift with this car, there'd be no friction associated with hanging the rear out in order to make the drift happen, but because the wheels are complete spheres, they would simply spin L-R instead of forward-backward when initiating oversteer (if you know what i mean), therefore drifting perfectly without any fuss?
In other words, what I'm saying is it could glide over bitumen as if a normal car glides over ice, but at the same time not be as uncontrollable.
What do you think?
Something struck me while looking at this photo:

and remembering that, in an interview with Will Smith about I, Robot (where the car was used), this car was actually manufactred, and it has spherical wheels.
So if you were to try and drift with this car, there'd be no friction associated with hanging the rear out in order to make the drift happen, but because the wheels are complete spheres, they would simply spin L-R instead of forward-backward when initiating oversteer (if you know what i mean), therefore drifting perfectly without any fuss?
In other words, what I'm saying is it could glide over bitumen as if a normal car glides over ice, but at the same time not be as uncontrollable.
What do you think?