A damper system, comprising: a damper, having: a housing having an inner surface that forms a cavity; an elastomeric material disposed within the cavity and fixedly attached to the inner surface of the housing, the elastomeric material being configured to receive an attachment rod end; and a first chamber formed by a first end of the elastomeric material and the inner surface of the housing, the first chamber being configured to restrict movement of the elastomeric material when regulating the pressure therein; wherein restricting movement of the elastomeric material changes the spring rate of the damper; characterized in that the damper further comprises: a second chamber formed by a second opposing end of the elastomeric material and the inner surface of the housing, the second chamber being configured to restrict movement of the elastomeric material when regulating the pressure therein; wherein the first chamber and the second chamber are fluidly/gaseously separated from each other. a damper, having: a housing having an inner surface that forms a cavity; an elastomeric material disposed within the cavity and fixedly attached to the inner surface of the housing, the elastomeric material being configured to receive an attachment rod end; and a first chamber formed by a first end of the elastomeric material and the inner surface of the housing, the first chamber being configured to restrict movement of the elastomeric material when regulating the pressure therein; wherein restricting movement of the elastomeric material changes the spring rate of the damper; characterized in that the damper further comprises: a second chamber formed by a second opposing end of the elastomeric material and the inner surface of the housing, the second chamber being configured to restrict movement of the elastomeric material when regulating the pressure therein; wherein the first chamber and the second chamber are fluidly/gaseously separated from each other. a housing having an inner surface that forms a cavity; an elastomeric material disposed within the cavity and fixedly attached to the inner surface of the housing, the elastomeric material being configured to receive an attachment rod end; and a first chamber formed by a first end of the elastomeric material and the inner surface of the housing, the first chamber being configured to restrict movement of the elastomeric material when regulating the pressure therein; wherein restricting movement of the elastomeric material changes the spring rate of the damper; characterized in that the damper further comprises: a second chamber formed by a second opposing end of the elastomeric material and the inner surface of the housing, the second chamber being configured to restrict movement of the elastomeric material when regulating the pressure therein; wherein the first chamber and the second chamber are fluidly/gaseously separated from each other. a second chamber formed by a second opposing end of the elastomeric material and the inner surface of the housing, the second chamber being configured to restrict movement of the elastomeric material when regulating the pressure therein; wherein the first chamber and the second chamber are fluidly/gaseously separated from each other.