Metal　organic　frameworks　(MOFs)　are　considered　as　promising　candidates　for　supercapacitors　because　of　high　specific　area　and　potential　redox　sites.　However,　their　shuffled　orientations　and　low　conductivity　nature　lead　to　severely-degraded　performance.　Designing　an　accessibly-manipulated　and　efficient　method　to　address　those　issues　is　of　outmost　significance　for　MOF　application　in　supercapacitors.　It　is　the　common　way　that　MOFs　scarify　themselves　as　templates　or　precursors　to　prepare　target　products.　But　to　reversely　think　it,　using　target　products　to　prepare　MOF　could　be　the　way　to　unlock　the　bottleneck　of　MOFs＇　performance　in　supercapacitors.　Herein,　a　novel　strategy　using　Co(OH)(2)　as　both　the　template　and　precursor　to　fabricate　vertically-oriented　MOF　electrode　is　proposed.　The　electrode　shows　a　double　high　specific　capacitance　of　1044　Fg(-1)　and　excellent　rate　capability　compared　to　MOF　in　powder　form.　An　asymmetric　supercapacitor　was　also　fabricated,　which　delivers　a　maximum　energy　density　of　28.5　W　h　kg(-1)　at　a　power　density　of　1500　W　kg(-1),　and　the　maximum　of　24000　W　kg(-1)　can　be　obtained　with　a　remaining　energy　density　of　13.3　W　h　kg(-1).　Therefore,　the　proposed　strategy　paves　the　way　to　unlock　the　inherent　advantages　of　MOFs　and　also　inspires　for　advanced　MOF　synthesis　with　optimum　performance.