A turbomachine multi-wall blade having a cooling circuit, the cooling circuit comprising: a pressure side cavity with a surface adjacent a pressure side of the multi-wall blade; a suction side cavity with a surface adjacent a suction side of the multi-wall blade; a central cavity disposed between the pressure side and suction side cavities (20A, 22A), the central cavity including no surfaces adjacent the pressure and suction sides (8, 10) of the multi-wall blade; a first leading edge cavity with surfaces adjacent the pressure and suction sides (8, 10) of the multi-wall blade, the first leading edge cavity located forward of the central cavity; a second leading edge cavity located forward of the first leading edge cavity; at least one impingement opening for fluidly coupling the first leading edge cavity to the second leading edge cavity; and at least one channel for fluidly coupling the central cavity to a tip of the multi-wall blade; a flow of cooling air directed into the first leading edge cavity; the at least one impingement opening in the first leading edge cavity directing the flow of cooling air from the first leading edge cavity into the second leading edge cavity; characterized by: a turn for directing a first portion of the flow of cooling air from the second leading edge cavity into the pressure side cavity; a turn for directing a second portion of the flow of cooling air from the second leading edge cavity into the suction side cavity; a turn for directing the first portion of the flow of cooling air from the pressure side cavity into the central cavity; and a turn for directing the second portion of the flow of cooling air from the suction side cavity into the central cavity, the first and second portions (50, 54) of the flow of cooling air recombining into a recombined flow of cooling air in the central cavity. a pressure side cavity with a surface adjacent a pressure side of the multi-wall blade; a suction side cavity with a surface adjacent a suction side of the multi-wall blade; a central cavity disposed between the pressure side and suction side cavities (20A, 22A), the central cavity including no surfaces adjacent the pressure and suction sides (8, 10) of the multi-wall blade; a first leading edge cavity with surfaces adjacent the pressure and suction sides (8, 10) of the multi-wall blade, the first leading edge cavity located forward of the central cavity; a second leading edge cavity located forward of the first leading edge cavity; at least one impingement opening for fluidly coupling the first leading edge cavity to the second leading edge cavity; and at least one channel for fluidly coupling the central cavity to a tip of the multi-wall blade; a flow of cooling air directed into the first leading edge cavity; the at least one impingement opening in the first leading edge cavity directing the flow of cooling air from the first leading edge cavity into the second leading edge cavity; characterized by: a turn for directing a first portion of the flow of cooling air from the second leading edge cavity into the pressure side cavity; a turn for directing a second portion of the flow of cooling air from the second leading edge cavity into the suction side cavity; a turn for directing the first portion of the flow of cooling air from the pressure side cavity into the central cavity; and a turn for directing the second portion of the flow of cooling air from the suction side cavity into the central cavity, the first and second portions (50, 54) of the flow of cooling air recombining into a recombined flow of cooling air in the central cavity. a turn for directing a first portion of the flow of cooling air from the second leading edge cavity into the pressure side cavity; a turn for directing a second portion of the flow of cooling air from the second leading edge cavity into the suction side cavity; a turn for directing the first portion of the flow of cooling air from the pressure side cavity into the central cavity; and a turn for directing the second portion of the flow of cooling air from the suction side cavity into the central cavity, the first and second portions (50, 54) of the flow of cooling air recombining into a recombined flow of cooling air in the central cavity.