A delivery catheter (200, 600, 900, 1000) for cardiac repair components comprising: a first channel extending from a proximal end to a distal end of the delivery catheter, the first channel configured for axial translation of a first component to a treatment site; and a second channel, extending from the proximal end of the delivery catheter to the distal end of the delivery catheter, the second channel configured for axial translation of a second component to the treatment site; wherein the first component is coupled to the second component, and the first component is configured for axial translation through the first channel in coordination with axial translation of the second component through the second channel for concurrent deployment of the first component and second component from the delivery catheter; an axially translatable opening between the first channel and the second channel, characterized by a guide catheter disposed within the delivery catheter; the first channel disposed between the guide catheter and the delivery catheter; and an anchor catheter (630, 730, 830) disposed within the guide catheter, the anchor catheter (630, 730, 830) comprising a slit extending through the anchor catheter (630, 730, 830) from a distal end (605, 705, 805) of the anchor catheter to a proximal end of the anchor catheter, the anchor catheter providing the second channel; wherein the guide catheter comprises a window extending therethrough, the window slidably disposed over the slit of the anchor catheter (630, 730, 830), wherein the window of the guide catheter and slit of the anchor catheter (630, 730, 830) cooperate to provide the axially translatable opening between the first channel and the second channel. a first channel extending from a proximal end to a distal end of the delivery catheter, the first channel configured for axial translation of a first component to a treatment site; and a second channel, extending from the proximal end of the delivery catheter to the distal end of the delivery catheter, the second channel configured for axial translation of a second component to the treatment site; wherein the first component is coupled to the second component, and the first component is configured for axial translation through the first channel in coordination with axial translation of the second component through the second channel for concurrent deployment of the first component and second component from the delivery catheter; an axially translatable opening between the first channel and the second channel, characterized by a guide catheter disposed within the delivery catheter; the first channel disposed between the guide catheter and the delivery catheter; and an anchor catheter (630, 730, 830) disposed within the guide catheter, the anchor catheter (630, 730, 830) comprising a slit extending through the anchor catheter (630, 730, 830) from a distal end (605, 705, 805) of the anchor catheter to a proximal end of the anchor catheter, the anchor catheter providing the second channel; wherein the guide catheter comprises a window extending therethrough, the window slidably disposed over the slit of the anchor catheter (630, 730, 830), wherein the window of the guide catheter and slit of the anchor catheter (630, 730, 830) cooperate to provide the axially translatable opening between the first channel and the second channel.