An antenna characterization system, ACS, comprising: a computer comprising a processor coupled to a non-transitory memory medium; a chamber; a radio frequency, RF, measurement system coupled to the computer, wherein the RF measurement system is configured to perform RF measurements of a device under test, DUT, wherein the DUT comprises a plurality of antennas; and an adjustable positioner positioned within the chamber and coupled to the computer, wherein the adjustable positioner is configured to: continually transition the DUT through the plurality of orientations without halting the motion of the adjustable positioner between orientations; automatically transmit one or more signals to the computer in response to the adjustable positioner positioning the DUT according to each of the plurality of orientations, wherein said continually transitioning the DUT through the plurality of orientations is performed at a speed such that the time between successive transmissions of the one or more signals is greater than an acquisition time of each of a plurality of RF measurements; wherein the computer is configured to: in response to receiving the signals from the adjustable positioner, transmit a plurality of acquisition triggers to the RF measurement system to acquire the plurality of RF measurements of the DUT; receive results of the plurality of RF measurements from the RF measurement system; generate antenna characterization information of the plurality of antennas based at least in part on the signals received from the adjustable positioner and the results of the plurality of RF measurements. a computer comprising a processor coupled to a non-transitory memory medium; a chamber; a radio frequency, RF, measurement system coupled to the computer, wherein the RF measurement system is configured to perform RF measurements of a device under test, DUT, wherein the DUT comprises a plurality of antennas; and an adjustable positioner positioned within the chamber and coupled to the computer, wherein the adjustable positioner is configured to: continually transition the DUT through the plurality of orientations without halting the motion of the adjustable positioner between orientations; automatically transmit one or more signals to the computer in response to the adjustable positioner positioning the DUT according to each of the plurality of orientations, wherein said continually transitioning the DUT through the plurality of orientations is performed at a speed such that the time between successive transmissions of the one or more signals is greater than an acquisition time of each of a plurality of RF measurements; continually transition the DUT through the plurality of orientations without halting the motion of the adjustable positioner between orientations; automatically transmit one or more signals to the computer in response to the adjustable positioner positioning the DUT according to each of the plurality of orientations, wherein said continually transitioning the DUT through the plurality of orientations is performed at a speed such that the time between successive transmissions of the one or more signals is greater than an acquisition time of each of a plurality of RF measurements; wherein the computer is configured to: in response to receiving the signals from the adjustable positioner, transmit a plurality of acquisition triggers to the RF measurement system to acquire the plurality of RF measurements of the DUT; receive results of the plurality of RF measurements from the RF measurement system; generate antenna characterization information of the plurality of antennas based at least in part on the signals received from the adjustable positioner and the results of the plurality of RF measurements. in response to receiving the signals from the adjustable positioner, transmit a plurality of acquisition triggers to the RF measurement system to acquire the plurality of RF measurements of the DUT; receive results of the plurality of RF measurements from the RF measurement system; generate antenna characterization information of the plurality of antennas based at least in part on the signals received from the adjustable positioner and the results of the plurality of RF measurements.