[Winnereco Flagship Mall] LED Gradient Jelly Fish Light Rechargeable Cute Jellyfish Desk Lamp Jellyfish Dancing Leg Light for Bedrooms Living Room

LED Gradient Jelly Fish Light with Base Cute Jellyfish Desk Lamp Rechargeable Jellyfish Dancing Leg Light for Home Decor Features: 1.Dynamic Sound-Controlled Experience: This jellyfish lamp immerses you in a tranquil ocean-like ambiance, mimicking the gentle movements of real jellyfish. The ambient night light provides a calming and serene atmosphere for your home. 2.Vibrant Color Transition: Enjoy the mesmerizing full-spectrum colors that automatically cycle through a gradient jelly fish light effect, creating a visually stunning display that catches everyone's eye. 3.Dual Operating Modes: Choose between automatic and sound-control modes to suit your mood and environment. This cute jellyfish desk lamp adds versatility to your lighting needs. 4.9 Rotating Tentacles: The jellyfish dancing leg light features nine rotating tentacles, simulating the natural movement of real jellyfish, bringing a lively touch to any space. 5.Long-Lasting Power: With a 1000mAh lithium battery and convenient Type-C charging, this ambient night light ensures uninterrupted operation, and its cute design with recessed switch and rounded edges is both safe and charming.Specification: Origin: Mainland China 01 Name: Voice-controlled jellyfish lamp Dimensions: total height 23.2cm/9.05in, jellyfish diameter 8.5cm/3.32in, base diameter 8.5cm/3.32in. Material: ABS Switch: button Mode: voice control + 30 minutes customization Full color gradient, smart touch feet, 02/03 Name: Touch jellyfish lamp Dimensions: total height 20cm/7.8in, jellyfish diameter 9.5cm/3.71in, base diameter 11cm/4.29in. Material: ABS Switch: top touch + remote control Mode: colorful horse racing + 9 colors Full color gradient, smart touch feet, Note: Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding! Please allow a 1-2 cm difference in measurements due to manual measuring.