The presentation explores advancements in resource efficiency for the manufacturing of fibre-reinforced composites (FRC), targeting the prevalent issue of material waste associated with the use of textile structures in the form of roll goods with constant width. Highlighting the potential of multi-axial fabrics, it presents a novel approach to significantly reduce waste and enhance ecological and economic outcomes. A key innovation introduced is a technology for the inline production of alternating weft threads, offering substantial savings in the use of high-performance fibers, notably carbon fibers, thus making production more cost-effective. Additionally, a newly designed algorithm optimizes the arrangement of weft and warp threads according to component geometry and load requirements, paving the way for more efficient manufacturing processes. This research signifies a pivotal shift towards sustainable manufacturing in the textile industry, suggesting a method that not only reduces waste but also leverages advanced textiles for improved FRP components. The findings promise to transform traditional practices, contributing to the development of more sustainable and economically viable manufacturing methods.