Spiral inertia track vibration absorber

A device to absorb vibration, the device comprising:

• a housing, wherein a first end of the housing is attachable and removable from a static object or structure;
• an inertia track housing within the housing, wherein the inertia track housing includes at least one opening at a longitudinal end;
• an inertia track fluid reservoir, wherein the inertia track fluid reservoir is within the inertia track housing;
• an inertia track body, wherein the inertia track body is within the inertia track housing, the inertia track body includes walls, and the walls define a first spiral inertia track and a second spiral inertia track within an outer surface of the inertia track body, wherein the first spiral inertia track and the second spiral inertia track are spiral channels within the outer surface of the inertia track body, the first spiral inertia track connects a first fluid reservoir with the inertia track fluid reservoir, the second spiral inertia track connects a second fluid reservoir with the inertia track fluid reservoir, the first spiral inertia track is configured to channel the flow of a fluid along the first spiral inertia track, the second spiral inertia track is configured to channel the flow of the fluid along the second spiral inertia track, and a combination of the flow of the fluid along the first spiral inertial track, the flow of the fluid along the second spiral inertial track, and an interaction of the fluid with the first fluid reservoir, the inertial track fluid reservoir, and the second fluid reservoir, is effective to absorb the vibration;
• and
• a motor within the housing, wherein the motor is attached to an exterior surface of the inertia track housing in a vicinity of the at least one opening and is configured to adjust a position of the inertia track body with respect to the inertia track housing.