A camera mount comprising: a lower mount component comprising a cavity and first and second compressible prongs (180a, 180b), each compressible prong (180a, 180b) comprising a first securing surface (184a, 184b) and a securing lip (186a, 186b); a base mount component comprising first and second securing arms (190a, 190b), each securing arm comprising a second securing surface (194a, 194b) and a third securing surface (196a, 196b), wherein the lower mount component is configured to couple to the base mount component when the first and second compressible prongs (180a, 180b) are compressed, the lower mount component is slid onto the base mount component, and the compressible prongs (180a, 180b) are decompressed such that securing lip (186a, 186b) of each prong overlaps at least in part with the third securing surface (196a, 196b) of each securing arm (190a, 190b); and a vibration dampening component configured for insertion into the cavity of the lower mount component, and configured to compress when inserted into the cavity and when the lower mount component is coupled to the base mount component, the vibration dampening component configured to exert an outward force in a first direction on a bottom surface of the lower mount component and in a second direction opposite the first direction on a top surface of the base mount component such that the first securing surface of the first prong is forcibly compressed upward into the second securing surface of the first securing arm and such that the first securing surface of the second prong is forcibly compressed upward into the second securing surface of the second securing arm when the vibration dampening component is compressed, thereby restricting the movement of the lower mount component relative to the base mount component. a lower mount component comprising a cavity and first and second compressible prongs (180a, 180b), each compressible prong (180a, 180b) comprising a first securing surface (184a, 184b) and a securing lip (186a, 186b); a base mount component comprising first and second securing arms (190a, 190b), each securing arm comprising a second securing surface (194a, 194b) and a third securing surface (196a, 196b), wherein the lower mount component is configured to couple to the base mount component when the first and second compressible prongs (180a, 180b) are compressed, the lower mount component is slid onto the base mount component, and the compressible prongs (180a, 180b) are decompressed such that securing lip (186a, 186b) of each prong overlaps at least in part with the third securing surface (196a, 196b) of each securing arm (190a, 190b); and a vibration dampening component configured for insertion into the cavity of the lower mount component, and configured to compress when inserted into the cavity and when the lower mount component is coupled to the base mount component, the vibration dampening component configured to exert an outward force in a first direction on a bottom surface of the lower mount component and in a second direction opposite the first direction on a top surface of the base mount component such that the first securing surface of the first prong is forcibly compressed upward into the second securing surface of the first securing arm and such that the first securing surface of the second prong is forcibly compressed upward into the second securing surface of the second securing arm when the vibration dampening component is compressed, thereby restricting the movement of the lower mount component relative to the base mount component.