Abstract: A position-relative damper assist system (1) for use with a vehicle, the position-relative damper assist system (1) comprising top and bottom mounting components (5,3), a piston assembly (9), an adjustment assembly (19), and a biasing assembly (21). The piston assembly (9) is operatively disposed between the top and bottom mounting components (5,3), and has a piston head (11) being displaceable within a chamber (13), and being provided with at least one fluid passage (15) for allowing fluid (17) of the chamber (13) to travel therethrough, in order to provide a corresponding damping effect. The adjustment assembly (19) cooperates with the piston head (11) of the piston assembly (9) for adjustably varying an effective cross-sectional profile of the at least one fluid passage (15) in order to in turn vary a corresponding flow rate of fluid (17) passing through said at least one fluid passage (15), and in turn vary the resulting damping effect.

Abstract: A position-relative damper assist system (1) for use with a vehicle, the position-relative damper assist system (1) comprising top and bottom mounting components (5,3), a piston assembly (9), an adjustment assembly (19), and a biasing assembly (21). The piston assembly (9) is operatively disposed between the top and bottom mounting components (5,3), and has a piston head (11) being displaceable within a chamber (13), and being provided with at least one fluid passage (15) for allowing fluid (17) of the chamber (13) to travel therethrough, in order to provide a corresponding damping effect. The adjustment assembly (19) cooperates with the piston head (11) of the piston assembly (9) for adjustably varying an effective cross-sectional profile of the at least one fluid passage (15) in order to in turn vary a corresponding flow rate of fluid (17) passing through said at least one fluid passage (15), and in turn vary the resulting damping effect.

Abstract: A position-relative damper assist system (1) for use with a vehicle, the position-relative damper assist system (1) comprising top and bottom mounting components (5, 3), a piston assembly (9), an adjustment assembly (19), and a biasing assembly (21). The piston assembly (9) is operatively disposed between the top and bottom mounting components (5, 3), and has a piston head (11) being displaceable within a chamber (13), and being provided with at least one fluid passage (15) for allowing fluid (17) of the chamber (13) to travel therethrough, in order to provide a corresponding damping effect. The adjustment assembly (19) cooperates with the piston head (11) of the piston assembly (9) for adjustably varying an effective cross-sectional profile of the at least one fluid passage (15) in order to in turn vary a corresponding flow rate of fluid (17) passing through said at least one fluid passage (15), and in turn vary the resulting damping effect.

Abstract: A position-relative damper assist system (1) for use with a vehicle, the position-relative damper assist system (1) comprising top and bottom mounting components (5, 3), a piston assembly (9), an adjustment assembly (19), and a biasing assembly (21). The piston assembly (9) is operatively disposed between the top and bottom mounting components (5, 3), and has a piston head (11) being displaceable within a chamber (13), and being provided with at least one fluid passage (15) for allowing fluid (17) of the chamber (13) to travel therethrough, in order to provide a corresponding damping effect. The adjustment assembly (19) cooperates with the piston head (11) of the piston assembly (9) for adjustably varying an effective cross-sectional profile of the at least one fluid passage (15) in order to in turn vary a corresponding flow rate of fluid (17) passing through said at least one fluid passage (15), and in turn vary the resulting damping effect.

Abstract: A system for varying an eyelet-to-eyelet distance of a vehicle. The system includes top and bottom mounting components defining the eyelet-to-eyelet distance, the top mounting component being operatively connected to a frame of the vehicle, and the bottom mounting component being operatively connected to a supporting component of the vehicle. The system also includes a telescopic component disposed about a housing of at least one of the top and bottom components, the telescopic component being displaceable with respect to said housing in response to a given input of a driver of the vehicle, for varying a distance between the top and mounting components, and thus varying the eyelet-to-eyelet distance of the vehicle. Also described is a vehicle including such a system, and a method of operating associated thereto.

Abstract: A system for varying an eyelet-to-eyelet distance of a vehicle. The system includes top and bottom mounting components defining the eyelet-to-eyelet distance, the top mounting component being operatively connected to a frame of the vehicle, and the bottom mounting component being operatively connected to a supporting component of the vehicle. The system also includes a telescopic component disposed about a housing of at least one of the top and bottom components, the telescopic component being displaceable with respect to said housing in response to a given input of a driver of the vehicle, for varying a distance between the top and mounting components, and thus varying the eyelet-to-eyelet distance of the vehicle. Also described is a vehicle including such a system, and a method of operating associated thereto.

Abstract: A track system for providing complementary shock absorbing capability to a primary shock absorbing assembly having a hydraulic path containing fluid. The track system includes a chamber, a damping assembly and an adjusting assembly. The chamber has opposite first and second ends, the first end of the chamber being provided with a port operatively connectable to the hydraulic path of the primary shock absorbing assembly, the port being configured for allowing fluid from the hydraulic path of the primary shock absorbing assembly to enter and exit the chamber of the track system through the port thereof. The damping assembly is configured for damping a flow of fluid entering the chamber via the port thereof. The adjusting assembly is configured for adjusting a damping mode of the damping assembly.

Abstract: A track system for providing complementary shock absorbing capability to a primary shock absorbing assembly having a hydraulic path containing fluid. The track system includes a chamber, a damping assembly and an adjusting assembly. The chamber has opposite first and second ends, the first end of the chamber being provided with a port operatively connectable to the hydraulic path of the primary shock absorbing assembly, the port being configured for allowing fluid from the hydraulic path of the primary shock absorbing assembly to enter and exit the chamber of the track system through the port thereof. The damping assembly is configured for damping a flow of fluid entering the chamber via the port thereof. The adjusting assembly is configured for adjusting a damping mode of the damping assembly.