A sensor-stabilization assembly, comprising: a housing that includes a first portion of a first electromagnetic assembly and a first portion of a second electromagnetic assembly, and that defines a housing aperture; a first frame that is movably mounted to an underside of the housing and that has multiple first guides that permit relative motion between the first frame and the housing along a first direction, the first frame defining a first frame aperture; a second frame that is movably mounted to an underside of the first frame and that has multiple second guides that permit relative motion between the second frame and the first frame along a second direction that is transverse to the first direction, wherein: the second frame includes a second portion of the first electromagnetic assembly that is adapted to electromagnetically interact with the first portion of the first electromagnetic assembly when the first electromagnetic assembly is energized to cause both of the first frame and the second frame to move relative to the housing along the first direction; and the second frame includes a second portion of the second electromagnetic assembly that is adapted to electromagnetically interact with the first portion of the second electromagnetic assembly when the second electromagnetic assembly is energized to cause the second frame to move relative to both of the first frame and the housing along the second direction; and a sensor coupled to the second frame, the sensor being configured to move in the first and second directions with the second frame and capture light passing through the housing aperture and the first frame aperture. a housing that includes a first portion of a first electromagnetic assembly and a first portion of a second electromagnetic assembly, and that defines a housing aperture; a first frame that is movably mounted to an underside of the housing and that has multiple first guides that permit relative motion between the first frame and the housing along a first direction, the first frame defining a first frame aperture; a second frame that is movably mounted to an underside of the first frame and that has multiple second guides that permit relative motion between the second frame and the first frame along a second direction that is transverse to the first direction, wherein: the second frame includes a second portion of the first electromagnetic assembly that is adapted to electromagnetically interact with the first portion of the first electromagnetic assembly when the first electromagnetic assembly is energized to cause both of the first frame and the second frame to move relative to the housing along the first direction; and the second frame includes a second portion of the second electromagnetic assembly that is adapted to electromagnetically interact with the first portion of the second electromagnetic assembly when the second electromagnetic assembly is energized to cause the second frame to move relative to both of the first frame and the housing along the second direction; and the second frame includes a second portion of the first electromagnetic assembly that is adapted to electromagnetically interact with the first portion of the first electromagnetic assembly when the first electromagnetic assembly is energized to cause both of the first frame and the second frame to move relative to the housing along the first direction; and the second frame includes a second portion of the second electromagnetic assembly that is adapted to electromagnetically interact with the first portion of the second electromagnetic assembly when the second electromagnetic assembly is energized to cause the second frame to move relative to both of the first frame and the housing along the second direction; and a sensor coupled to the second frame, the sensor being configured to move in the first and second directions with the second frame and capture light passing through the housing aperture and the first frame aperture.