The　stretchable　supercapacitors　based　on　predesigned　structures　show　low　specific　areal　capacitance　and　lack　programmable　stretchability.　To　overcome　the　limitations,　developing　a　programmable　supercapacitor　with　customizable　stretchability　and　ultrahigh　areal　capacitance　is　extremely　desirable.　In　this　study,　we　develop　programmable　supercapacitors　with　desirable　stretchability　and　ultrahigh　specific　capacitance　using　inter-connected　polypyrrole/graphene　(PPy/RGO)　electrodes.　Thanks　to　the　easy　accessibility　of　ions　and　high　ability　of　ion　transfer,　the　optimized　PPy/RGO-1800　electrode　achieves　a　specific　capacitance　of　1545.6　mF　&　BULL;cm　　2,　and　the　assembled　flexible　supercapacitor　presents　an　ultrahigh　stack　capacitance　of　45.1　F　&　BULL;cm　　3.　The　stretchable　supercapacitor　edited　by　kirigami　delivers　a　specific　capacitance　of　489.1　mF　&　BULL;cm　　2　at　400%　strain　and　keeps　stable　capacitive　performance　under　various　deformations　(bending,　stretching　and　torsion),　which　is　superior　to　most　of　the　reported　stretchable　supercapacitors.　Additionally,　it　can　keep　more　than　92%　of　initial　capacitance　after　1000　cycles　of　various　large　deformations.　The　enhanced　areal　capacitance　and　easy　programmability　make　the　stretchable　supercapacitor　highly　promising　for　wearable　electronics.