Quantum　wireless　multi-hop　networks　are　a　fundamental　component　of　the　global　quantum　communication　infrastructure.　However,　existing　quantum　communication　protocols　are　constrained　by　limitations　in　capacity　and　efficiency,　primarily　due　to　their　reliance　on　a　single　degree　of　freedom　for　encoding　quantum　information.　In　contrast,　the　protocol　presented　in　this　study　leverages　hyperentangled　Bell　states　across　both　polarization　and　spatial-mode　degrees　of　freedom,　thereby　overcoming　these　limitations.　Compared　to　traditional　approaches　that　employ　bipartite　entanglement　within　a　single　polarization　degree　of　freedom,　the　proposed　protocol　significantly　enhances　the　communication　capacity.　This　innovative　approach　not　only　improves　the　overall　efficiency　of　quantum　communication　but　also　contributes　to　the　scalability　of　quantum　multi-hop　networks,　offering　a　promising　solution　to　the　challenges　encountered　by　current　quantum　communication　protocols.