A system for tracking a satellite, comprising: an antenna (301, 401) configured to receive a first signal at a first frequency; a tracking feed (360, 460); and a tracking receiver (350, 450), including a first input (330, 430) coupled with the antenna to receive the first signal via a first path; a second input (345, 445) coupled with the tracking feed to receive the first signal via a second path; a calibration output (340, 440) to output a calibration signal at a second frequency, the calibration output (340, 440) coupled with the first path via a first coupler (310, 410) and coupled with the second path via a second coupler (365, 465); and a calibration component (453, 353) coupled with the first input (330, 430), the second input (345, 445), and the calibration output, wherein the calibration component (453, 353) is configured to: store a first set of receiver calibration factors; determine a first phase value for the second frequency based at least in part on the calibration signal received at the first input (330, 430) and the second input (345, 445) at the second frequency; determine, from the first phase value, a second phase value associated with the first frequency based at least in part on a first phase offset between the first frequency and the second frequency, the first phase offset determined based at least in part on the first set of receiver calibration factors; and generate, based at least in part on the second phase value, a phase correction value for signals received at the first frequency. an antenna (301, 401) configured to receive a first signal at a first frequency; a tracking feed (360, 460); and a tracking receiver (350, 450), including a first input (330, 430) coupled with the antenna to receive the first signal via a first path; a second input (345, 445) coupled with the tracking feed to receive the first signal via a second path; a calibration output (340, 440) to output a calibration signal at a second frequency, the calibration output (340, 440) coupled with the first path via a first coupler (310, 410) and coupled with the second path via a second coupler (365, 465); and a calibration component (453, 353) coupled with the first input (330, 430), the second input (345, 445), and the calibration output, wherein the calibration component (453, 353) is configured to: store a first set of receiver calibration factors; determine a first phase value for the second frequency based at least in part on the calibration signal received at the first input (330, 430) and the second input (345, 445) at the second frequency; determine, from the first phase value, a second phase value associated with the first frequency based at least in part on a first phase offset between the first frequency and the second frequency, the first phase offset determined based at least in part on the first set of receiver calibration factors; and generate, based at least in part on the second phase value, a phase correction value for signals received at the first frequency. a first input (330, 430) coupled with the antenna to receive the first signal via a first path; a second input (345, 445) coupled with the tracking feed to receive the first signal via a second path; a calibration output (340, 440) to output a calibration signal at a second frequency, the calibration output (340, 440) coupled with the first path via a first coupler (310, 410) and coupled with the second path via a second coupler (365, 465); and a calibration component (453, 353) coupled with the first input (330, 430), the second input (345, 445), and the calibration output, wherein the calibration component (453, 353) is configured to: store a first set of receiver calibration factors; determine a first phase value for the second frequency based at least in part on the calibration signal received at the first input (330, 430) and the second input (345, 445) at the second frequency; determine, from the first phase value, a second phase value associated with the first frequency based at least in part on a first phase offset between the first frequency and the second frequency, the first phase offset determined based at least in part on the first set of receiver calibration factors; and generate, based at least in part on the second phase value, a phase correction value for signals received at the first frequency. store a first set of receiver calibration factors; determine a first phase value for the second frequency based at least in part on the calibration signal received at the first input (330, 430) and the second input (345, 445) at the second frequency; determine, from the first phase value, a second phase value associated with the first frequency based at least in part on a first phase offset between the first frequency and the second frequency, the first phase offset determined based at least in part on the first set of receiver calibration factors; and generate, based at least in part on the second phase value, a phase correction value for signals received at the first frequency.