Metal　matrix　composites　(MMCs)　are　materials　which　have　been　widely　used　in　the　aerospace　and　automobile　industries　since　the　1980s　and　have　been　classified　as　hard-to　machine　materials.　This　manuscript　proposes　a　novel　additive　manufacturing　process　of　continuous　fiber　reinforced　metal　matrix　composite　-　fiber　traction　printing　(FTP).　The　composites　with　complex　structures　can　be　directly　manufactured　via　FTP　which　utilizes　the　wetting　force　and　capillarity　force　to　control　the　flow　of　melting　matrix.　The　craft　is　proceeding　without　extra　pressure　device　and　atmosphere　protection　device　and　substantially　decreases　the　cost.　This　manuscript　introduces　the　proof-of-concept　prototype　and　the　ability　to　control　the　flow　of　melting　matrix　and　fiber　distribution　through　this　process　yields　a　flexible　manufacturing　route　to　fabricating　3D　metal　matrix　composite　parts　with　full　density　and　complex　geometries.　©　Solid　Freeform　Fabrication　2018:　Proceedings　of　the　29th　Annual　International　Solid　Freeform　Fabrication　Symposium　-　An　Additive　Manufacturing　Conference,　SFF　2018.　All　Rights　Reserved.