In this study, we report graphene-based glass-carbon/epoxy interlayer hybrid composites with excellent pseudo-ductile properties. GNP was incorporated into the glass and carbon fabric using a highly scalable pad-dry-cure coating method. Microstructural investigation revealed that GNP was randomly distributed onto the glass and carbon fibre surface. Both 1 and 5 wt.% GNP-coated glasscarbon/epoxy hybrid composites exhibited excellent pseudo-ductility during tensile loading. The 1 wt.% GNP-coated glass-carbon/epoxy hybrid composite demonstrates higher strength and modulus compared to the 5 wt.% GNP-coated glass-carbon/epoxy hybrid composite. However, the 5 wt.% GNPcoated glass-carbon/epoxy hybrid composite shows a higher pseudo-ductile strain. The excellent pseudo-ductility of the resulting composites can be attributed to the GNP that is distributed on the fibre surface improving the fibre-matrix interfacial interaction by mechanical interlocking, which facilitated smooth load transfer from the carbon to the glass fibre after carbon fibre failure. The graphene-based glass/carbon hybrid composite could be a suitable approach to manufacturing highperformance pseudo-ductile composites for structural applications.