Abstract: A novel scheme for integrating Multi－Protocol Label Switching（MPLS） with mobile IPv6 is proposed to solve the problems of long latency for Label Switching Path（LSP） establishment,high packet loss and no failure recovery in existing integration scheme.A new concept named Predictive Information Table is defined and a predictive MPLS handover algorithm is put forward,so that before MN hands over,MN can choose a TAR according to its specific demand and TAR can establish the LSP between itself and CR,which minimizes MN’s handoff latency.Besides,the proposed algorithm has failure recovery function.In addition,the LSP topology is improved and bicasting mechanism is adopted,which can reduce the packet loss.Both theoretics and simulation analyses show that the handoff latency and packet loss in the proposed scheme are shorter than that in the existing scheme,and our scheme has failure recovery function．