A　zoning　location　method　is　presented　for　damage　of　latticed　shell　structures.　Using　this　method　one　zones　a　latticed　shell　structure,　disposes　sensors　according　to　zones,　and　makes　use　of　structural　higher　order　mode　responses　which　can　be　obtained　using　a　single-point　exciting　to　a　structure.　Modal　parameters　are　identified　by　random　decrement　technique　and　ITD　method.　The　damage　zones　are　located　by　use　of　the　differences　between　the　higher　order　modal　shapes　before　and　after　the　structure　is　damaged.　In　the　end,　through　a　vibration　test　to　a　single-layer　ellipsoidal　latticed　shell　model,　the　feasibility　of　the　method　presented　here　is　validated.