NOVELTY - A fuel cell roll good subassembly comprises: several individual electrolyte membranes (201), each electrolyte membrane comprising a center region; at least one first subgasket attached to the individual electrolyte membranes; a second subgasket comprising a web having several apertures; a first catalyst (212) coated gas diffusion layer (262); and a second catalyst (213) coated gas diffusion layer (263).    USE - As fuel cell roll good subassembly (claimed) for fabrication of fuel cell subassemblies.    ADVANTAGE - The subgaskets provides support to electrolyte membranes that improves the stability of subgasketed fuel cell subassemblies and achieves good structural stability for the fuel cell subassembly web during manufacturing processes as well as good stability and sealing performance of the fuel cell subassemblies when operated in a fuel cell stack, and reduces the occurrence of failure mechanism.    DETAILED DESCRIPTION - A fuel cell roll good subassembly, comprises: several individual electrolyte membranes (201), each electrolyte membrane comprising a center region; at least one first subgasket attached to the individual electrolyte membranes, where the first subgaskets have at least one aperture, the first subgaskets arranged so that the center regions of the individual electrolyte membranes are exposed through the apertures of the first subgaskets; a second subgasket comprising a web having several apertures, where the second subgasket web arranged so that center regions of the individual electrolyte membranes are exposed through the apertures of the second subgasket web; a first catalyst (212) coated gas diffusion layer (262), where the first subgaskets are positioned between the first catalyst coated gas diffusion layer and one of the electrolyte membranes; and a second catalyst (213) coated gas diffusion layer (263), where the second subgaskets is positioned between the second catalyst coated gas diffusion layer and one of the electrolyte membranes, where the first gasket aperture and the second gasket aperture are different sizes.    DESCRIPTION OF DRAWING(S) - The figure shows a cross section view of a five layer membrane electrode assembly incorporating the subgasketed membrane and catalyst coated gas diffusion layers.    Electrolyte membranes (201)    First catalyst (212)    Second catalyst (213)    First gas diffusion layer (262)    Second gas diffusion layer (263)