Method of producing a component, having the steps of: - producing an even number of first planar scrims (24, 26) having an outer first scrim and an inner first scrim from a fibre composite material having a constant thickness, an outer face (32, 36) and an inner face (34, 38), where the first scrims (24, 26) have an areal extent that determines the areal extent of the component, where a side of the outer first scrim facing away from the inner first scrim shall be referred to as the outer face, and the opposite side as the inner face, and where a side of the inner first scrim facing the outer first scrim shall be referred to as the outer face, and an opposite side as the inner face; - producing a plurality of second planar scrims (28, 40) from the fibre composite material, where the areal extent of the second scrims (28, 40) is less than that of the first planar scrim (24, 26); - positioning the second scrims (28, 40) in those regions of the inner face (34, 38) of the first scrim (24, 26) where a local thickness has to be increased in order to increase local strength, where the positioning of the second scrims (28, 40) comprises the introducing of at least a portion of the second scrim (28, 40) between the outer first scrim and the inner first scrim; - providing a plurality of reinforcing elements; - positioning the inner first scrim (24, 26) on the reinforcing elements, where the contour of the inner first scrim (24, 26) is three-dimensionally adapted in some regions and the enclosed second scrims (28, 40) are disposed either between the reinforcing elements or beneath and between the reinforcing elements such that they locally lead to thickening, and subsequently arranging the outer scrim; and - consolidating the composite composed of the first scrims (24, 26), the second scrim (28, 40) and the reinforcing elements at least by applying pressure. - producing an even number of first planar scrims (24, 26) having an outer first scrim and an inner first scrim from a fibre composite material having a constant thickness, an outer face (32, 36) and an inner face (34, 38), where the first scrims (24, 26) have an areal extent that determines the areal extent of the component, where a side of the outer first scrim facing away from the inner first scrim shall be referred to as the outer face, and the opposite side as the inner face, and where a side of the inner first scrim facing the outer first scrim shall be referred to as the outer face, and an opposite side as the inner face; where a side of the outer first scrim facing away from the inner first scrim shall be referred to as the outer face, and the opposite side as the inner face, and where a side of the inner first scrim facing the outer first scrim shall be referred to as the outer face, and an opposite side as the inner face; - producing a plurality of second planar scrims (28, 40) from the fibre composite material, where the areal extent of the second scrims (28, 40) is less than that of the first planar scrim (24, 26); - positioning the second scrims (28, 40) in those regions of the inner face (34, 38) of the first scrim (24, 26) where a local thickness has to be increased in order to increase local strength, where the positioning of the second scrims (28, 40) comprises the introducing of at least a portion of the second scrim (28, 40) between the outer first scrim and the inner first scrim; - providing a plurality of reinforcing elements; - positioning the inner first scrim (24, 26) on the reinforcing elements, where the contour of the inner first scrim (24, 26) is three-dimensionally adapted in some regions and the enclosed second scrims (28, 40) are disposed either between the reinforcing elements or beneath and between the reinforcing elements such that they locally lead to thickening, and subsequently arranging the outer scrim; and - consolidating the composite composed of the first scrims (24, 26), the second scrim (28, 40) and the reinforcing elements at least by applying pressure.