Abstract: A front suspension assembly and a front suspension system for a vehicle are disclosed. A tire includes an outer surface having a contact patch center point being a point on a tire center axis. A first handling link and a first ride link are coupled to a wheel carrier above a first plane. A second handling link and a second ride link are coupled to the wheel carrier below the first plane. A handling axis intersects both of a first and second distal end of the first and second handling links respectively. A ride axis intersects both of a third and fourth distal end of the first and second ride links respectively. At least one of the first and second ride links is disposed offset from respective first and second handling links to minimize a lateral distance between the handling and ride axes along the ground plane.

Abstract: A cam adjustable shim assembly includes a bushing defining a bushing opening. The bushing opening extends longitudinally along a bushing axis to define a bushing bore. The cam adjustable shim assembly further includes a cam disposed in the bushing bore. The cam defines a cam bore extending longitudinally along a first cam axis offset relative to the bushing axis such that the cam bore is eccentric relative to the bushing bore. The cam adjustable shim assembly further includes a bolt at least partially disposed within the cam bore along a first cam axis. The bolt is engaged with the cam bore such that rotation of the bolt about the first cam axis causes the cam to rotate within the bushing about the bushing axis.

Abstract: A cam adjustable shim assembly includes a bushing defining a bushing opening. The bushing opening extends along a first axis. The cam adjustable shim assembly further includes a cam disposed in the bushing opening and a bolt at least partially disposed within the cam. The bolt extends along a second axis. The second axis is offset relative to the first axis such that the bushing opening is eccentric relative to the bolt. The bolt is fixed to the cam such that rotation of the bolt about the second axis causes the cam to rotate within the bushing about the first axis.

Abstract: A cam adjustable shim assembly includes a bushing defining a bushing opening. The bushing opening extends along a first axis. The cam adjustable shim assembly further includes a cam disposed in the bushing opening and a bolt at least partially disposed within the cam. The bolt extends along a second axis. The second axis is offset relative to the first axis such that the bushing opening is eccentric relative to the bolt. The bolt is fixed to the cam such that rotation of the bolt about the second axis causes the cam to rotate within the bushing about the first axis.

Abstract: A cam adjustable shim assembly includes a bushing defining a bushing opening. The bushing opening extends longitudinally along a bushing axis to define a bushing bore. The cam adjustable shim assembly further includes a cam disposed in the bushing bore. The cam defines a cam bore extending longitudinally along a first cam axis offset relative to the bushing axis such that the cam bore is eccentric relative to the bushing bore. The cam adjustable shim assembly further includes a bolt at least partially disposed within the cam bore along a first cam axis. The bolt is engaged with the cam bore such that rotation of the bolt about the first cam axis causes the cam to rotate within the bushing about the bushing axis.