Tsunami　disasters　have　frequently　occurred　in　recent　years.　More　and　more　researchers　are　focusing　on　this　topic.　To　investi-gate　the　tsunami　bore　impact　mechanism　on　a　container　model,　a　multi-functional　slope-changing　tsunami　flume　is　built　in　this　study.　To　simulate　a　tsunami　bore,　a　dam-break　wave　was　generated　by　a　free-falling　gate　in　a　reservoir.　A　needle　water　level　gauge　and　a　high-speed　camera　were　used　to　measure　the　tsunami　wave　heights　and　velocities　for　different　storage　water　levels　in　the　test　flume,　and　the　corresponding　Froude　numbers　of　tsunami　waves　were　also　calculated.　The　factors　af-fecting　the　movement　distance　of　the　tsunami　wave　impacting　the　container　model　are　explored　in　this　experiment,　and　the　results　show　that　the　movement　distance　is　positively　correlated　with　the　storage　water　level,　and　negatively　correlated　with　the　container　density　and　the　coast　slope.