This　paper　proposes　a　scheme　for　teleporting　a　two-atom　entangled　state　using　leaky　cavities.　It　uses　resonant　atomcavity　interaction　to　map　the　atomic　state　onto　the　cavity　field.　Then　it　utilizes　the　interference　of　polarized　photons　to　establish　the　correlation　between　the　distant　sender　and　receiver.　The　advantage　of　the　scheme　is　that　the　fidelity　is　independent　of　the　cavity　decay　rate,　atomic　decay　and　detection　efficiency.　©　2007　Chin.　Phys.　Soc.　and　IOP　Publishing　Ltd.