Sunnydaze 16-Inch Darcy Outdoor Pedestal Planter - Polyresin Large Round Plant Pot with Drillable Drainage Hole - Plastic Urn Planter for Outdoor Plants - Beige

AMPLE GROWING SPACE: This garden planter urn has a 16" outer top diameter, 6" inner bottom diameter, 13" outer height, and 11" inner height. The base measures 7" W x 7" D. The planter weighs 3 lbs. It can hold 4.8 gallons/ 0.65 cubic feet/ 19.3 quarts. The large size makes this planter great for growing plants and flowers both inside and outside.
LIGHTWEIGHT AND DURABLE: This patio planter pot is made from durable, linear low-density polyethylene (polyresin). Polyresin resists cracking from damaging UV rays and cold temperatures. The planter features a hand-painted finish that gives it a rich hue and weathered appearance. The flowerpot is lightweight and easy to carry to any indoor or outdoor space. Due to the manual painting process, some slight variations in color may occur.
EQUIPPED FOR DRAINAGE: The beautiful design of this large outdoor resin planter complements many different styles of decor. It' s great for growing houseplants or bringing outdoor plants indoors for the winter. A drainage hole can be added to the area indicated on the bottom of the planter using a 1/4" drill bit. The planter is double-walled and must be drilled to penetrate both walls for proper drainage.
ENHANCED INSULATION: The full depth of the inner wall protects and insulates roots from changes in temperature without sacrificing soil capacity. The outer wall of this outdoor urn planter can be filled with gravel or sand to weigh it down to withstand windy conditions. Remove the plug at the bottom of the planter to fill the outer wall.
VERSATILE APPEAL FOR EVERY SEASON AND GARDENER: The outdoor flower urn planter is great for home gardeners, landscape designers, and plant enthusiasts looking to showcase floral arrangements for spring blooms, holiday displays, or year-round greenery. It is thoughtfully designed to promote healthy root systems by insulating the root zone and maintaining optimal soil conditions.