LuLobtg 4 Pcs Smart Motion Sensor Lights Indoor RGB Multi-Color Changing LED Wall Sconces USB Rechargeable Magnetic LED Wall Lamp for Hallway Stair Bedroom Living Room(3 Colors)

• 【Smart Motion-Sensing Light】The motion-sensor wall light features an intelligent PIR detector plus ambient-light sensor with three practical modes: Always-On, Night-Only and All-Day. It automatically adapts to changing light levels, delivering illumination exactly when and where you need it.
• 【3 Colors / 7 RGB Gradients for Custom Ambiance】Choose from three base whites (warm, cool, neutral) or seven RGB gradient modes (7-color cycle, fast fade, slow fade) to create vivid mood lighting. Perfect for tailoring illumination to any scene or occasion.
• 【120° Wide-Angle Motion Detection】Both upper and lower lamp heads carry PIR and light sensors with a 120° field of view—ideal for hands-free convenience.
• 【USB-C Rechargeable Built-In Battery】The motion-sensor light houses an internal cell with fast USB-C charging—no frequent battery swaps required.
• 【Magnetic Mount, Tool-Free Install】Supplied with magnetic adhesive pads, the fixture snaps into place in seconds—no drilling or tools needed. Perfect for bedrooms, hallways, stairs, parties or anywhere you want smart, stylish lighting.

Parts List: 01: 4 x 3 Color Lights OR 02: 4 x 7 Color Lights Description Our Motion Sensor Wall Lamp delivers reliable , convenient lighting , ideal for casual home users and renters ! With three basic modes , it meets your daily lighting needs Key Feature The 120° wide angle motion detection ensures the light turns on instantly when you walk by , so you never have to fumble for switches in dark rooms Specification Product name: Motion Sensor Wall Lamp Material: ABS Size: 10x3x3cm/4x1.2x1.2inch Charging method: Built in battery, Type C charging Style(optional): 3 colors, 7 colors Notes: 1.There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color. 2.Please allow slight dimension difference due to manual measurement.