Hand Flying Ufo Ball Led Toy Saucer Hovering Induced Infrared Sensor Floating

Condition: New

Toy Flying Helicopter Infrared Induction RC Flying Toy Built-in LED Light Disco

Advanced LED infrared sensor hover technology;inductive suspension and collision protection,Light weight,Easy to fly with simple operation,especially designed for beginner.
Dazzle color light makes the flying ball become more and more beautiful and colorful.
Light weight,easy to fly with simple operation,especially designed for beginner
The challenge is to keep the heli ball in the air! Since the drone is super smart and will fly away from your hand when you try to grab it, all you have to do when you want to stop the drone, is to push any button on your television remote control and the drone will shut off and fall to the ground.
Don't worry - the helicopter is very sturdy and will resist damage when it falls.
It is motion-sensitive so it detects nearby objects and is programmed moves away from them. The idea is that you launch it and then hold your hand underneath it to keep it in the air. It continuously detects your hand and moves away from it. You or your kids, families will enjoy this amusing and fantastic process.
The ball contains the battery and motor and also some flashing LED lights. When you turn it on the lights flash brightly. It has great visual appeal for any child. It looks fantastic at night in a darkened room. It is also very therapeutic if you are stressed out after a hard day; especially at night when the lights show up brightly.
Recommended Age:8+ years
Safe:When the kid turns on the switch,the ball will be delayed for 3 seconds to fly to ensure safety.when the toy hits things, it will turn off automatically to avoid damage. Non-toxic ABS material,durable and environmental protection

The Type RC is easy to control: Wireless remote control operation-When the ball is in the air, you can press the button on the remote control to decide turning on or off. When pressing, please make sure the direction of the indicator light is aligned with the induction area of the ball