NOVELTY - The method involves applying fiber material to an inclined or curved surface of a mold (10) along an inclined application plane, where the application plane includes a horizontal orientation relative to the inclined or curved surface of the mold such that applied fiber material falls under effect of gravity to the inclined or curved surface of the mold. Resin is applied to fiber material and cured to form a fiber-composite article. The mold is prepared. A layup plane is defined in the mold, where the plane intersects with a portion of the inclined or curved surface of the mold.    USE - Method for manufacturing a fiber-composite article i.e. blade (claimed), for a wind turbine in a mold.    ADVANTAGE - The method enables choosing angle of rotation of a reference frame to apply material on a plane of a layup head to an inclined layup path to eliminate misalignment of the material along the layup path such that risk of misalignment of a fiber layer due to gravity can be reduced by arranging the application plane of the layup head to have a smaller angle of incline than that of the layup plane of the mold when a controller performs a number of corrective steps to orientation of the layup head.    DETAILED DESCRIPTION - The fiber material is selected from a group consisting of a glass fiber, carbon fiber and a hybrid glass-carbon fiber. INDEPENDENT CLAIMS are also included for the following:    (1) a computer program product comprising a set of instructions for manufacturing a fiber-composite article in mold    (2) a system for manufacturing a fiber-composite article in a mold    (3) a fiber-composite article.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view illustrating a method for manufacturing a fiber-composite article in a mold after an offsetting of a layup head to compensate for mold clearance.    Mold (10)    Layup path (12)    Upper edge of layup path (12a)    Lower edge of layup path (12b)    Application plane of layup head (18)