A method for manufacturing a revolving body with glass fiber and carbon fiber, whereby it comprises: a) initially fixing a dry glass fiber layer without prior treatment in its initial contact section on a drum which rotates on its own axial axis and which exhibits a cylindrical geometry with a flat and smooth cylindrical lateral surface. b) supplying and rolling the glass fiber layer on the drum and with an orientation of the threads of the glass fiber layer supplied parallel or oblique to the axial axis of said drum. c) interrupting the supply and rolling of the layer. d) sectioning the layer. e) introducing and pressing formed lateral molds in the axial direction of a glass fiber roll resulting from the previous steps and adhered to the drum, said axial direction coinciding with the direction of the axial axis of the drum. f) initially fixing at least one dry carbon fiber thread without prior treatment in its initial contact section on the roll. g) supplying and rolling the carbon fiber thread around and on at least one section of the formed surface of the roll, therefore around and on the total or partial extent of the formed surface of the same roll, the orientation of the carbon fiber threads being perpendicular to the axial axis of the drum. h) together with the supply and rolling of the carbon fiber thread, guiding or distribution of the carbon fiber thread also takes place in the direction of the axial axis of the drum. i) interrupting the supply and rolling of the carbon fiber threads. j) sectioning the carbon fiber threads supplied. k) pressing the resulting roll on counter molds maintaining the shape produced. l) heating and subsequently cooling the roll with glass fiber and carbon fiber. m) removing the counter molds and the lateral molds and the drum. n) extracting a resulting first revolving body of glass fiber and carbon fiber. a) initially fixing a dry glass fiber layer without prior treatment in its initial contact section on a drum which rotates on its own axial axis and which exhibits a cylindrical geometry with a flat and smooth cylindrical lateral surface. b) supplying and rolling the glass fiber layer on the drum and with an orientation of the threads of the glass fiber layer supplied parallel or oblique to the axial axis of said drum. c) interrupting the supply and rolling of the layer. d) sectioning the layer. e) introducing and pressing formed lateral molds in the axial direction of a glass fiber roll resulting from the previous steps and adhered to the drum, said axial direction coinciding with the direction of the axial axis of the drum. f) initially fixing at least one dry carbon fiber thread without prior treatment in its initial contact section on the roll. g) supplying and rolling the carbon fiber thread around and on at least one section of the formed surface of the roll, therefore around and on the total or partial extent of the formed surface of the same roll, the orientation of the carbon fiber threads being perpendicular to the axial axis of the drum. h) together with the supply and rolling of the carbon fiber thread, guiding or distribution of the carbon fiber thread also takes place in the direction of the axial axis of the drum. i) interrupting the supply and rolling of the carbon fiber threads. j) sectioning the carbon fiber threads supplied. k) pressing the resulting roll on counter molds maintaining the shape produced. l) heating and subsequently cooling the roll with glass fiber and carbon fiber. m) removing the counter molds and the lateral molds and the drum. n) extracting a resulting first revolving body of glass fiber and carbon fiber.