A system comprising: a master oscillator for generating a primary laser signal; a beam splitter array for splitting the primary laser signal into a plurality of secondary laser signals; a plurality of amplifiers to amplify the plurality of secondary laser signals and generate a plurality of amplified laser signals; a plurality of actuators to adjust a position, a beam angle, a path length, and a phase of the plurality of amplified laser signals; at least one control module (130, 134, 140) to control the plurality of actuators that adjust the beam position, the beam angle, the path length, and the phase of the plurality of amplified laser signals; a combiner that receives the plurality of amplified laser signals from the plurality of actuators to generate a combined laser output signal; a phase detector that samples the combined laser output signal to generate feedback for the control module to control the phase; a spectral filter that samples the combined laser output signal to generate a first phase error as feedback for the control module to control a path length for at least one of the plurality of amplified laser signals; a first spatial filter that samples the combined laser output signal to generate a second phase error as feedback for the control module to control a beam position for at least one of the plurality of amplified laser signals; a lens that transforms the combined laser output signal to a transformed laser signal; and a second spatial filter that samples the transformed laser signal to generate a third phase error as feedback for the control module to control a beam angle for at least one of the plurality of amplified laser signals. a master oscillator for generating a primary laser signal; a beam splitter array for splitting the primary laser signal into a plurality of secondary laser signals; a plurality of amplifiers to amplify the plurality of secondary laser signals and generate a plurality of amplified laser signals; a plurality of actuators to adjust a position, a beam angle, a path length, and a phase of the plurality of amplified laser signals; at least one control module (130, 134, 140) to control the plurality of actuators that adjust the beam position, the beam angle, the path length, and the phase of the plurality of amplified laser signals; a combiner that receives the plurality of amplified laser signals from the plurality of actuators to generate a combined laser output signal; a phase detector that samples the combined laser output signal to generate feedback for the control module to control the phase; a spectral filter that samples the combined laser output signal to generate a first phase error as feedback for the control module to control a path length for at least one of the plurality of amplified laser signals; a first spatial filter that samples the combined laser output signal to generate a second phase error as feedback for the control module to control a beam position for at least one of the plurality of amplified laser signals; a lens that transforms the combined laser output signal to a transformed laser signal; and a second spatial filter that samples the transformed laser signal to generate a third phase error as feedback for the control module to control a beam angle for at least one of the plurality of amplified laser signals.