Extended　Reality(XR)　has　been　fully　developed　in　recent　years.　Multi-sensorial　XR　technology　augments　haptic　and　olfaction　to　provide　users　with　a　more　realistic　experience.　However,　there　are　few　studies　on　the　Quality　of　Experience　(QoE)　around　the　synchronization　deviation　between　vision　and　haptic　in　XR.　This　paper　adjusts　the　scale　of　the　synchronization　deviation　between　vision　and　haptic　to　collect　the　participant＇s　QoE　marks.　Through　the　study　of　the　collected　data,　this　paper　establishes　a　linear　regression　model　for　positive　and　negative　deviation.　This　research　finds　that　participants　can　not　tolerate　deviations　of　more　than　2000ms　and　less　than　-1200ms.　Therefore,　maintaining　the　deviation　at　[-400ms,　600ms]　will　lead　to　a　good　QoE.