We　propose　a　new　event-based　predictive　control　strategy　that　not　only　ensures　the　system　stability　but　also　makes　the　teleoperation　system　adapt　to　environmental　changes　and　deal　with　the　burst　incident.　Thus,　it　improves　the　performance　of　the　teleoperation　system.　At　the　master　site,　a　Round-Trip-Timedelay-predictor-based　Path　Governor　is　designed　to　generate　a　suitable　predictive　event　for　improving　the　tracking　performance,　and　dealing　with　environmental　changes　and　the　burst　of　events.　At　the　slave　site,　a　Global　Predictive　Control　controller　is　designed,　which　generates　the　redundant　control　information　to　reduce　the　influence　of　the　packet　loss　and　the　large　time-delay　of　the　internet,　so　as　to　improve　the　robust　stability　and　the　operation　performance.　Simulations　and　results　demonstrate　the　effectiveness　of　the　strategy.