Method for the manufacturing of a fibre-composite component, in which a semifinished fibre product is inserted into a moulding tool and the semifinished fibre product is then closed by a vacuum film in a vacuum-tight manner, such that an injection region with the semifinished fibre product is formed between moulding tool and vacuum film, the injection region being evacuated by means of a pressure sink and subsequently being injected with a matrix resin in order to infiltrate the semifinished fibre product in the injection region with the matrix resin, characterized by a) providing at least one elongated hollow object which is open on one longitudinal side, b) arranging the at least one elongated hollow object with the open longitudinal side on a part-region of the vacuum film outside the injection region for the formation of a vacuum-tight cavity between the part-region of the vacuum film which is covered by the hollow object and the hollow object itself, c) evacuating the cavity by means of a pressure sink, which has a fluid connection to the cavity, in such a manner that the fibre volume of a fibrous region, which is in operational connection with the evacuated cavity, of the semifinished fibre product is reduced in relation to the other fibrous regions of the semifinished fibre product for the formation of at least one resin flow duct in the semifinished fibre product, and d) injecting the matrix resin into the at least one resin flow duct of the semifinished fibre product such that the semifinished fibre product is infiltrated with the matrix resin via the resin flow duct, characterized in that a plurality of hollow objects are arranged on the vacuum film in a crosswise pattern in such a manner that the semifinished fibre product is subdivided by the resin flow paths formed by the hollow objects into a plurality of part-regions which are separated by the resin flow paths. a) providing at least one elongated hollow object which is open on one longitudinal side, b) arranging the at least one elongated hollow object with the open longitudinal side on a part-region of the vacuum film outside the injection region for the formation of a vacuum-tight cavity between the part-region of the vacuum film which is covered by the hollow object and the hollow object itself, c) evacuating the cavity by means of a pressure sink, which has a fluid connection to the cavity, in such a manner that the fibre volume of a fibrous region, which is in operational connection with the evacuated cavity, of the semifinished fibre product is reduced in relation to the other fibrous regions of the semifinished fibre product for the formation of at least one resin flow duct in the semifinished fibre product, and d) injecting the matrix resin into the at least one resin flow duct of the semifinished fibre product such that the semifinished fibre product is infiltrated with the matrix resin via the resin flow duct, characterized in that a plurality of hollow objects are arranged on the vacuum film in a crosswise pattern in such a manner that the semifinished fibre product is subdivided by the resin flow paths formed by the hollow objects into a plurality of part-regions which are separated by the resin flow paths.