Features:

• Composition: metal ABS 
• globe that hovers and has a C-shaped ring 
• Vibrant LED backlight 
• Use for kids' education, house décor, etc. 
• When the light goes off, the globe is held by the frame. 
• C-ring diameter: approximately 7.08 inches. 
• The globe measures around 3 inches in diameter. 
• Using a 12 V DC adapter as power

Watch the world pass by while sitting in your room!

Yes, the LED-lit, magnetic, enchanted floating globe is finally here! We must add, with considerable effect.

Take in the beautifully illuminated C-shaped ring while you watch the Earth spin around. It amazes observers by using the power of levitation and is powered by a 12V DC converter. 

What you will receive:

• Nice piece of home décor: The globe inside the C-shaped ring will appear to float and rotate, captivating the viewer's attention. It creates a bright yet calming atmosphere in your office and bedroom. The C-ring has an inside multicoloured
• LED light that amplifies the effect further. It starts the levitation process by utilising the power of an electromagnet and a microprocessor.
• Fantastic electronic device: With this floating Earth device, you may wow your friends, coworkers, and visitors. This device will be especially beloved by children and teens.
• Several applications: This magnetic floating globe light can be used as a reading light, desk lamp, night light, ornament, advertising display, birthday present, or educational aid for children. The rotating globe will be supported by the frame in the event that the light goes out (won't break).

How to use and activate the Floating Globe that Levitates:

1. After positioning the C-shaped structure on the desk, plug in the power supply to turn it on. Place the globe in the curve while holding it with the auxiliary sticks. Slide the globe's south pole downward in a vertical direction.
2. Move it around until the force of levitation becomes apparent.
3. Remove the sticks and hands gradually, then observe as the globe floats in the air.
4. It will begin rotating on its axis if you give it a spin.