A method of calibrating a laser measurement device, the method comprising: coupling a calibration standoff fixture to the laser measurement device, the calibration standoff fixture comprising a plurality of adjustable legs (312 A-C); engaging the plurality of adjustable legs (312 A-C) of the calibration standoff fixture against a calibration part with the plurality of adjustable legs (312 A-C) in a first position within a measurement depth-of-field of the laser measurement device, wherein the first position is a first height defined as a first distance between the laser measurement device and the calibration part; with the plurality of adjustable legs (312 A-C) in the first position and with the plurality of adjustable legs (312 A-C) engaged against the calibration part, actuating the laser measurement device to measure a first detected specification of a feature of the calibration part, wherein a length of the plurality of adjustable legs (312 A-C) is varied based on the feature; engaging the plurality of adjustable legs (312 A-C) of the calibration standoff fixture against the calibration part with the plurality of adjustable legs (312 A-C) in a second position within the measurement depth-of-field of the laser measurement device, the second position being different than the first position, wherein the second position is a second height defined as a second distance between the laser measurement device and the calibration part; with the plurality of adjustable legs (312 A-C) in the second position and with the plurality of adjustable legs (312 A-C) engaged against the calibration part, actuating the laser measurement device to measure a second detected specification of the feature of the calibration part; and calibrating the laser measurement device by comparing a known specification of the feature of the calibration part with both the first detected specification and the second detected specification. coupling a calibration standoff fixture to the laser measurement device, the calibration standoff fixture comprising a plurality of adjustable legs (312 A-C); engaging the plurality of adjustable legs (312 A-C) of the calibration standoff fixture against a calibration part with the plurality of adjustable legs (312 A-C) in a first position within a measurement depth-of-field of the laser measurement device, wherein the first position is a first height defined as a first distance between the laser measurement device and the calibration part; with the plurality of adjustable legs (312 A-C) in the first position and with the plurality of adjustable legs (312 A-C) engaged against the calibration part, actuating the laser measurement device to measure a first detected specification of a feature of the calibration part, wherein a length of the plurality of adjustable legs (312 A-C) is varied based on the feature; engaging the plurality of adjustable legs (312 A-C) of the calibration standoff fixture against the calibration part with the plurality of adjustable legs (312 A-C) in a second position within the measurement depth-of-field of the laser measurement device, the second position being different than the first position, wherein the second position is a second height defined as a second distance between the laser measurement device and the calibration part; with the plurality of adjustable legs (312 A-C) in the second position and with the plurality of adjustable legs (312 A-C) engaged against the calibration part, actuating the laser measurement device to measure a second detected specification of the feature of the calibration part; and calibrating the laser measurement device by comparing a known specification of the feature of the calibration part with both the first detected specification and the second detected specification.