In　view　of　the　influence　of　rotation　and　tilt　to　the　lubrication　performance　of　the　multi-pad　closed　hydrostatic　turntable　which　will　cause　the　working　table　surface　deformation　and　oil　film　failure　when　design　is　not　correct.　The　present　study　is　aimed　to　establish　the　oil　film　Reynolds　equation　which　is　solved　by　the　finite　difference　method　and　successive　over-relaxation　iteration　algorithm.　The　oil　film　characteristics　of　the　circular　oil　pad　and　the　annular　oil　pad　is　numerical　analyzed.　The　oil　film　characteristics　that　turntable　guide　surface　and　the　sealing　edge　is　not　parallel　is　described　by　the　rotation　speed　and　inclination　angle.　Oil　film　pressure　distribution　and　velocity　contours　were　obtained　by　different　rotation　speed　and　inclination　angle.　Oil　film　thickness　and　bearing　capacity　of　hydrostatic　turntable　are　obtained　with　different　speeds　and　loads　by　experiments.　This　study　provides　theoretical　basis　for　the　pressure　bearing　analysis,　design　and　experiment　of　hydrostatic　turntable.　©　2016,　UK　Simulation　Society.　All　Rights　Reserved.