Interactive RC Robot Toy with Gesture Sensor, Recordable & Programmable, Great Gift for Boys

Features 1. More Entertainment: Intelligent robots can move and dance. With flexible arms and huge mechanical sounds, children can rotate their joints and hear the sound of rotation. This robot will make children happy and improve their hand eye coordination ability. 2. Simple And Interesting: This robot is designed specifically for children aged 5-7. Swing your hand in front of it, and it will react by moving or rotating forward. It also comes with a remote control for fun dances and songs! 3. Increase Interaction: The robot has a chest recorder. Press the small black button and speak for 15 seconds, which will save your voice. Press again to hear repetition. The controller provides three tone variations for playback. Note: The new voice overwrites the old voice. 4. Promote Creativity: Children's robot toys support basic programming. Boys can create action commands for robots through remote control buttons, and robots can execute up to 50 steps. These simple functions can promote children's activities and strategic skills. 5. High Cost-Effectiveness: Toy robots have built-in batteries. Use a wall socket, computer, or power bank USB cable to power it. Charging for 60 minutes can provide approximately 70 minutes of usage time. This interactive toy is perfect as a Christmas, New Year, or birthday gift for boys. Specification Remote control method: handle remote controlandgesture sensing Remote control distance: about 10-12 meters Robot battery: 3.7V 200mAh rechargeable lithium battery Charging time: 60 minutes Usage duration: 60 minutes Remote control battery: 2 No. 7 batteries (not included) Suitable age: 3and Material: Plastic Color: Green, Pink, Blue Size: 28 x 17 x 10 cm Weight: 1200 g Package Include: 1x Robot 1x Remote Control 1x Charging Cable 1x Manual 1x Screwdriver Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.