The Sphero Mini is one of the world's smallest app-enabled robotic balls, packing significant learning capabilities into a fun, tabletop-friendly device the size of a ping pong ball. This green robot is designed for beginners and beyond, offering hands-on exploration to build foundational skills for STEM and AI literacy through coding and play.

• Compact Design: Tabletop-friendly robot measuring 40x40x40mm and weighing 110g.
• Sensor Integration: Equipped with a gyroscope, accelerometer, and colorful LED lights to power intelligent systems.
• Learn to Code: Use the free Sphero Edu app to program using drawing, drag-and-drop blocks, or text-based languages (Python or JavaScript).
• Drive and Play: Utilize the Sphero Play app for driving via joystick, tilt, or slingshot modes, or use the ball as a controller for in-app games.
• AI Literacy Foundation: Builds skills in algorithms, pattern recognition, debugging, and logic through guided, hands-on exploration.
• Connectivity: Features a Bluetooth connection with a 10-meter range.
• Power: Includes 1 Lithium Metal battery (included); provides almost 1 hour of play on a full charge via Micro USB charging.

Brand: Sphero

Model: Sphero Mini

Color: Green

Material: Acrylic

Dimensions: 40x40x40mm (Weight: 110g)

Recommended Age: 8 years and up

Target Audience: Unisex Adult

Players: 1

Educational Objective: Teach coding and programming

Special Features: Light, Gyroscope, Accelerometer

Language: Multilingual

Compatibility: iOS 10+ and Android 5.0+

Assembly Required: No

Control Mini using the Sphero Play app through various drive modes, including Joystick, tilt, or slingshot. Engage in fun in-app games where the ball acts as the controller. For programming, switch to the Sphero Edu app to begin coding fundamentals using visual blocks or advanced JavaScript/Python scripting to make the robot sense and respond to its environment.

The Sphero Mini provides a fun, tangible way to engage with programming concepts, making it an excellent tool for introducing coding fundamentals and building the thinking skills required for future AI literacy.