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Sphero BOLT

Sphero BOLT

What is Sphero BOLT? 

The Sphero BOLT Power Pack is a hands-on robotics and coding solution designed to make learning programming interactive, collaborative, and fun. Available in the Seton Hall University Innovation Hub, the Power Pack includes 15 Sphero BOLT robots and all the accessories needed for classroom instruction, group activities, and open lab exploration. 

Sphero BOLT is a programmable robotic ball that users control using a computer, tablet, or phone, allowing them to see their code come to life as the robot moves and reacts in the real world. With multiple levels of programming, Sphero BOLT is accessible to beginners while still offering depth for more advanced learners and is commonly used to learn the basics of coding, explore robotics and automation, practice math and problem-solving skills, and support collaborative, game-based learning. 

About Sphero BOLT at Seton Hall 

The Sphero BOLT Power Pack is available for use in the Seton Hall University Innovation Hub to support coursework, workshops, clubs, and creative experimentation. It is especially well suited for introductory coding, robotics activities, and interdisciplinary STEAM learning. 

How It Works  

Using Sphero BOLT is designed to be intuitive and engaging, allowing users to quickly see how code translates into real-world movement. 

  1. Turn On the Robot
    Power on the Sphero BOLT by placing it on a flat, open surface. The LED matrix will light up, indicating that the robot is ready to connect. 

  1. Connect to the App
    Open the Sphero Edu app on a computer, tablet, or smartphone and connect to the robot via Bluetooth. The app will guide you through the pairing process. 

  1. Choose a Coding Mode
    Select the coding mode that best matches your experience level. Beginners are encouraged to start with Draw Mode or Block Coding Mode, which require no prior coding knowledge. 

  1. Send Instructions
    Create instructions that tell the robot how to move, turn, change speed, or follow a specific path. You can also control lights, sounds, and basic sensor interactions. 

  1. Test & Refine
    Watch the robot perform your instructions in real time. If the movement or behavior isn’t quite right, adjust your code and test again. This trial-and-error process helps build problem-solving skills and confidence. 

Campus Use & Educational Benefits 

Sphero BOLT supports learning across disciplines and skill levels by turning abstract concepts into hands-on, interactive experiences. By combining coding with physical movement, students can immediately see the impact of their ideas, making learning engaging and accessible for beginners while still meaningful for advanced users. 

Academic & Instructional Use 

  • Computer Science
    Sphero BOLT is an excellent introduction to programming and logic. Students can learn sequencing, loops, conditionals, and variables by writing code that controls how the robot moves, turns, or reacts to sensor input. 

  • Math
    The robot provides a practical way to explore mathematical concepts such as angles, speed, distance, and timing. Students can calculate turn angles, measure travel distances, and adjust speed to solve movement-based challenges. 

  • Engineering & Robotics
    Students can investigate motion, control systems, and basic automation by programming the robot to follow paths, avoid obstacles, or respond to environmental cues. These activities introduce key robotics and engineering principles in an approachable way. 

  • Education & STEAM
    Sphero BOLT is well suited for lesson design, workshops, and interdisciplinary STEAM activities. It supports inquiry-based learning and encourages creativity through hands-on challenges, group activities, and project-based instruction. 

Skill Development 

  • Computational Thinking & Problem-Solving
    Students learn to break problems into steps, test solutions and refine their code through iteration. 

  • Design Thinking Through Trial and Error
    Immediate feedback from the robot encourages experimentation, debugging and continuous improvement. 

  • Collaboration & Communication
    Many activities are team-based, requiring students to plan, discuss, and work together to solve challenges. 

  • Confidence with Coding & Robotics
    By seeing their code come to life, students build confidence using technology and develop a stronger understanding of how modern robotic systems work. 

Training & Learning Resources