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Ottomaninteresting... and as for the electro magnetic shocks... i'm assumin it uses a magnetic field as the "dampener" rather that conventional pneaumatic/hydrolic means.....
so does this mean when the car is off it sits on the springs? and the shocks are fed from the alternator just like other electronics in the car? interesting concept... wonder how reliable it will be in the long run.. and repair/maintence costs of something like this...
what if a wire got loose or something feeding one of the shocks...while cornering for example.. would one of the corners of the car just "slouch" that could be dangerous...
is the dampening force variable? like stiff to soft settings?
The shocks contain an electromagnetic fluid which itself contains particles of iron. They can still function as regular hydraulic shocks when the car is not operating or if there is an electronic failure.
It does run off of the alternator with the rest of the electronics. Each wheel has displacement sensors which measure how far the wheel has moved from the body. Depending on the speed and direction of the displacement the dedicated onboard computer will alter the dynamics of the fluid by introducing current to coils contained within the shocks, creating an electromagnetic field which, depending on how much current is fed through the coils, will stiffen or soften the shock.
All of this is made possible by a separate computer which interprets the data from the sensors and adjusts the shocks accordingly in a thousandth (0.001) of a second.
Therefore each shock's dampening properties are being adjusted 1,000 times per second.