A method for manufacturing a film-laminated metal plate having excellent retort adhesiveness, the method comprising: pressure bonding the resin film against the metal plate heated to a melting point or higher of the resin film with a film laminate roll; starting cooling the metal plate to a temperature range of equal to or higher than a glass transition temperature Tg of the resin film and lower than a crystallization temperature Tc within 2.0 seconds after the pressing; and in the temperature range, winding the film-laminated metal plate at least three or more times in a length range of 20% to 55% in terms of roll circumferential length ratio for each roll (40, 50, 60) and passing the metal plate at a passing tension of the film-laminated metal plate of 20 to 60 N/mm 2; wherein the film-laminated metal plate comprises: a metal plate; a resin film thermally fusion-bonded to a surface of the metal plate; and a bubble contained between the metal plate and the resin film, wherein an average bubble height of three bubbles with higher heights among the bubbles measured using a 3D analysis image of a laser microscope is 0 μm or more and 5.0 μm or less, a test piece is obtained from the film-laminated metal plate by cutting a portion of one end side of the metal plate in a longitudinal direction while leaving the resin film on a side which becomes an inner surface side of the container when the film-laminated metal plate is processed into a container, and when a retort treatment is carried out on the test piece at a temperature of 125°C for 30 minutes in a state in which a 100 g weight is hung from the one end side of the test piece and the test piece is folded back toward the other end side of the test piece in the longitudinal direction by 180°, a length of resin film peeled off from the metal plate which is a test piece is 15 mm or less. pressure bonding the resin film against the metal plate heated to a melting point or higher of the resin film with a film laminate roll; starting cooling the metal plate to a temperature range of equal to or higher than a glass transition temperature Tg of the resin film and lower than a crystallization temperature Tc within 2.0 seconds after the pressing; and in the temperature range, winding the film-laminated metal plate at least three or more times in a length range of 20% to 55% in terms of roll circumferential length ratio for each roll (40, 50, 60) and passing the metal plate at a passing tension of the film-laminated metal plate of 20 to 60 N/mm 2; wherein the film-laminated metal plate comprises: a metal plate; a resin film thermally fusion-bonded to a surface of the metal plate; and a bubble contained between the metal plate and the resin film, a metal plate; a resin film thermally fusion-bonded to a surface of the metal plate; and a bubble contained between the metal plate and the resin film, wherein an average bubble height of three bubbles with higher heights among the bubbles measured using a 3D analysis image of a laser microscope is 0 μm or more and 5.0 μm or less, a test piece is obtained from the film-laminated metal plate by cutting a portion of one end side of the metal plate in a longitudinal direction while leaving the resin film on a side which becomes an inner surface side of the container when the film-laminated metal plate is processed into a container, and when a retort treatment is carried out on the test piece at a temperature of 125°C for 30 minutes in a state in which a 100 g weight is hung from the one end side of the test piece and the test piece is folded back toward the other end side of the test piece in the longitudinal direction by 180°, a length of resin film peeled off from the metal plate which is a test piece is 15 mm or less.