LED Illuminated Flower Pot – Light-Up Planter for Indoors & Outdoors

Bring a modern twist to plant styling with this stunning LED Illuminated Flower Pot, designed to light up your space while showcasing your favorite plants. Whether placed on a patio, balcony, entryway, living room, or garden path, this light-up planter creates a magical ambiance that transforms any setting—day or night.

Crafted from durable, waterproof materials, this LED planter is ideal for both indoor and outdoor use. Its soft glowing light provides both decorative beauty and functional lighting, perfect for cozy evenings, parties, weddings, or simply enjoying a peaceful garden retreat. Choose from static warm white light or color-changing LED modes (model-dependent) to suit your mood and setting.

With a rechargeable battery or plug-in power option, it’s easy to use and maintain. The pot is roomy enough for live plants or artificial arrangements, offering a creative and elegant way to enhance your home or landscape.

Built-In LED Lighting:

Brighten up your plants with ambient glow or color-changing light effects (varies by model).

Indoor & Outdoor Use:

Weather-resistant and waterproof design ensures reliable use in any setting.

Sleek shape and smooth finish fit seamlessly with all décor styles—from contemporary to classic.

Rechargeable or Plug-In:

Choose the convenience of USB charging or continuous plug-in lighting (model-dependent).

Versatile Décor:

Ideal for homes, patios, gardens, events, weddings, balconies, and commercial displays.

Energy-efficient lighting that’s safe, low-heat, and long-lasting.

Material: Durable waterproof resin or PE plastic

Lighting Type: Warm white / Color-changing LED

Power Source: USB rechargeable / Plug-in (check variant)

Size Options: Small to large

Color Options: White or translucent when off, glows when lit

Use: Indoor and outdoor

Plants not included. For optimal lighting performance, place in a shaded or darker area to enhance the glow effect. Please refer to product options for sizes, lighting modes, and power choices.