A head stabilization device for stabilizing a head of a patient, the stabilization device comprising: (a) a base assembly; (b) at least two extension bars attachable to the base assembly, wherein the at least two extension bars each comprise a lateral extending portion and an upright extending portion; (c) at least two pads, each connectable with one of the upright extending portions of each extension bar, wherein the at least two pads are configured to contact the head of the patient; and (d) a head support cushion connectable with the base assembly, wherein the base assembly allows for an adjustment of the head support cushion relative to the base assembly, characterized in that each pad comprises a fluid-filled chamber and a granular material filled chamber, wherein the fluid-filled chamber is configured to impinge upon the granular material filled chamber such that the granular material filled chamber is configured to conform to the head of the patient, and the at least two extension bars are independently translationally adjustable relative to the base assembly and each other to allow changes in the distance between each of the extension bars, and the cushion comprises a first chamber, wherein the first chamber comprises a first internal space, a second chamber, wherein the second chamber comprises a second internal space, wherein the first internal space and second internal space are in fluid communication by way of a first connection tube extending therebetween such that a pressure within the first and second chambers is the same, wherein the first chamber comprises a first port configured to provide access to the first and second internal spaces, wherein the first and second chambers are configured to be filled with a fluid via the first port, or to be vented to release all or a portion of the fluid, and a third chamber positioned between the first and second chambers such that the first and second chambers collectively define a pair of outer chambers while the third chamber defines a middle chamber, wherein the third chamber comprises a third internal space, wherein the first connection tube extends through the third internal space, wherein the third chamber comprises a second port configured to provide access to the third internal space, wherein the third chamber is configured to be filled with the fluid via the second port, or to be vented to release all or a portion of the fluid. (a) a base assembly; (b) at least two extension bars attachable to the base assembly, wherein the at least two extension bars each comprise a lateral extending portion and an upright extending portion; (c) at least two pads, each connectable with one of the upright extending portions of each extension bar, wherein the at least two pads are configured to contact the head of the patient; and (d) a head support cushion connectable with the base assembly, wherein the base assembly allows for an adjustment of the head support cushion relative to the base assembly, each pad comprises a fluid-filled chamber and a granular material filled chamber, wherein the fluid-filled chamber is configured to impinge upon the granular material filled chamber such that the granular material filled chamber is configured to conform to the head of the patient, and the at least two extension bars are independently translationally adjustable relative to the base assembly and each other to allow changes in the distance between each of the extension bars, and the cushion comprises a first chamber, wherein the first chamber comprises a first internal space, a second chamber, wherein the second chamber comprises a second internal space, wherein the first internal space and second internal space are in fluid communication by way of a first connection tube extending therebetween such that a pressure within the first and second chambers is the same, wherein the first chamber comprises a first port configured to provide access to the first and second internal spaces, wherein the first and second chambers are configured to be filled with a fluid via the first port, or to be vented to release all or a portion of the fluid, and a third chamber positioned between the first and second chambers such that the first and second chambers collectively define a pair of outer chambers while the third chamber defines a middle chamber, wherein the third chamber comprises a third internal space, wherein the first connection tube extends through the third internal space, wherein the third chamber comprises a second port configured to provide access to the third internal space, wherein the third chamber is configured to be filled with the fluid via the second port, or to be vented to release all or a portion of the fluid.