Vertical　organic　field-effect　transistors　(VOFETs)　have　been　explored　with　a　higher　current　density,　a　faster　switch　speed,　and　a　better　air　stability　than　conventional　OFETs,　which　dramatically　enhance　the　capability　of　driving　an　ANIOLED　backplane.　Unfortunately,　the　state-of-the-art　of　the　fabrication　of　solution-processed　VOFETs　is　still　very　complicated,　which　can　only　focus　at　a　single-cell　level.　In　this　work,　with　the　assistance　of　the　inkjet　print,　the　fabrication　process　of　a　solution-processed　VOFET　was　significantly　simplified,　and　a　solution-processed　VOFET　array　was　fabricated　for　the　first　time,　which　exhibited　excellent　device　performance　and　outstanding　mechanical　stability.　More　importantly,　the　VOFET　arrays　exhibited　excellent　photo　detector　properties,　and　a　flexible　image　sensor　based　on　VOFET　arrays　with　multipoint　visible　photodetection　and　image　recognition　was　demonstrated　for　the　first　time.　Therefore,　this　novel　process　dramatically　simplified　the　VOFET　device　fabrication　process　and　a　successfully　realized　array,　which　promoted　the　commercialization　of　VOFET　and　showed　great　potential　in　flexible　display,　multifunctional　sensors,　and　wearable　integrated　circuits.