This　analysis　is　based　on　relevant　engineering　cases　in　domestic　and　international　contexts,　the　structural　system　of　assembled　bridge　piers　is　introduced.　The　advantages　and　disadvantages　of　different　types　of　assembled　piers　are　analyzed　and　compared　from　the　perspectives　of　structural　stress　performance,　durability　and　construction　convenience.　Through　analysis　of　the　existing　research　results　found　that:　most　of　the　existing　research　focused　on　the　seismic　performance　of　the　piers,　but　the　research　involving　the　compressive　and　shear　performance　of　assembled　RC　piers　is　still　relatively　rare,　Pacifications　for　Design　of　Highway　Precast　Concrete　Bridges　(JTG/T　3365-05—2022)　although　the　structural　calculation　method　of　assembled　concrete　piers,　but　not　yet　according　to　the　different　types　of　assembled　piers　of　the　splicing　structure　characteristics,　the　corresponding　limit　of　the　local　structure　bearing　capacity　calculation　method;　Pacifications　for　Design　of　Highway　Precast　Concrete　Bridges　(JTG/T　3365-05—2022),　Specifications　for　Construction　of　High　Wary　Precast　Concrete　Bridges　(JTG/T　3654—2022)　for　some　types　of　assembled　piers　construction　requirements,　construction　techniques,　some　local　standards　have　involved　assembled　piers　seismic　design,　construction,　acceptance,　etc.　These　standards　can　be　used　to　guide　the　design　and　construction　of　some　types　of　assembled　piers,　but　its　content　is　still　not　comprehensive.　On　this　basis,　the　shortcomings　of　assembled　piers　in　structural　design,　construction,　quality　control　and　other　aspects　as　well　as　the　future　development　direction　are　proposed.　©　2024　Chongqing　University.　All　rights　reserved.