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If you've got a car that gets airborne or thrown off course by the slightest upset, typically a high stabilizer value is the culprit. The stabilizers are also called "anti-roll bars" so naturally they are meant to arrest the natural rolling motion of a car traveling over a surface which is not level perpendicular to the direction of motion. They are meant to keep the two wheels on the same axle on, or close to the same plane relative to the car's position in space. (Sorry if my geometrical explanations are confuzzing you. I'll try to find some way to put them in simpler terms...) So, if your stabilizers are set too high, and you run over something, say the curbing on the inside of a corner at Opera, the wheels will not have the range of motion to absorb the impact, and the energy will then be transferred to the chassis, throwing the car off its intended line of travel.
The major culprit is usually the spring rates being far too high to absorb the motion transfer. Secondary culprit would be the shock absorbers being set to high and not actually absorbing the shock as they were designed to do. However, most folks overlook the stabilizers because they play such a limited, backup role in the car's suspension dynamic. If these are set too high, even when all else is perfect, it can spell disaster at the least little bounce.
Does that make any sense to you?
Damn ig, thanks for the info.