Concrete,　as　a　material　strong　in　compression　while　weak　in　tension,　is　ideal　for　use　in　arch　bridges　because　they　are　predominantly　under　compression.　Concrete　arch　bridges　are　expected　to　be　continuously　built　in　the　future　for　economy,　aesthetics　and　structural　behavior,　such　as　high　stiffness　required　for　high　speed　railways.　The　material　performance　(mainly　the　strength)　of　concrete　used　in　arch　bridges　increases　continually.　The　last　ultra-high　performance　concrete　(UHPC)　has　been　used　in　around　70　bridge　load-bearing　members.　It　is　a　trend　to　use　UHPC　in　arch　bridges　in　the　future.　In　this　paper,　design　and　construction　of　three　UHPC　arch　bridges　are　highlighted.　The　experimental　research　on　UHPC　arches　and　the　trial　design　of　UHPC　arch　bridges　are　also　presented.