The present invention relates to a cultivation container for indoor gardening, which can be easily grown without harvesting any kind or size and growth state of vegetables or flowers so as to be stacked in multiple stages, and more particularly, in a rectangular parallelepiped. A predetermined planting space is formed therein, and a bottom surface of the planting space includes a cultivation container having a plurality of water draining holes, a through hole formed at a corner of the cultivation container, and a supporting member in the through hole. Combining through to stack the cultivation container in multiple stages, wherein the support member constitutes a support rod constituting the body, is coupled to the lowest end of the support rod constitutes a support plate to allow the support member to stand on the ground, the predetermined of the support rod Forming a coupling hole for each height, and combines with the coupling hole to constitute a hanger for supporting the lower end of the cultivation vessel, Comprising a cap including a closing cap for closing the support bar by coupling to the top end of the support bar, partitioning the planting space of the cultivation container with a plate, the support coupler for fixing the support for the crop planted at the intersection of the plate It is configured to include, and also when the horizontally stacked indoor garden cultivation containers stacked in a multi-stage connecting the fixing member by connecting to each other as a connecting member, but the female, male pair of connecting members left and right ends of the support member A coupling part configured to surround and support the supporting rods, and a fastening hole is formed at the center of the connecting member, and a fastener is inserted into the fastening hole so that the female and male pair of connecting members are fastened to each other, and the interior is arbitrarily formed. By utilizing the small space of the plant to the maximum, it is ea
