This　paper　introduces　a　robust　fault-tolerant　intermittent　control　strategy　for　uncertain　distributed　parameter　system　(DPSs)　under　spatially　point　measurements.　Firstly,　we　choose　a　switching　time-dependent　Lyapunov　function.　Moreover,　in　order　to　ensure　the　exponential　stability　for　the　uncertain　DPSs,　a　robust　fault-tolerant　intermittent　control　design　is　proposed　by　space-dependent　linear　matrix　inequalities　(LMIs).　Finally,　the　proposed　method　is　demonstrated　by　a　high-speed　aerospace　vehicle.　©　2023　IEEE.