In　this　paper,　as　cast　2.5　vol%　(TiBw+TiCp)/Ti　composites　were　subjected　to　direct　rolling　down　to　45%,　65%　and　85%　reduction　in　thickness　in　the　(alpha+beta)　phase　region.　The　microstructure　evolution　and　tensile　properties　of　the　composites　during　direct　rolling　were　investigated.　The　results　show　that　increasing　of　the　rolling　deformation　contributes　to　the　refinement　of　primary　a　phase　(alpha(p))　and　the　improvement　of　the　distribution　uniformity　of　TiBw　and　TiCp.　Furthermore,　both　the　tensile　strength　and　elongation　are　significantly　enhanced　with　increasing　of　the　rolling　deformation.　As　the　rolling　reduction　reaches　85%,　the　2.5　vol%　(TiBw+TiCp)/Ti　composites　exhibit　an　excellent　balance　of　strength　and　elongation　to　failure　both　at　RT　and　600　degrees　C,　which　is　mainly　attributed　to　the　microstructure　refinement　and　the　load-sharing　effect　of　TiBw　and　TiCp.　Fracture　analysis　shows　that　the　fracture　TiBw　and　TiCp　followed　by　the　ductile　failure　of　the　matrix　is　the　failure　mechanism　of　the　composites　both　at　RT　and　600　degrees　C.