Blueprint Snap Beginner Guide: How to Set Up and Teach
By Sphero Coding Robots & Kits | PK-12 STEM Education, AI | Published: 2026-11-01
Category: How-to Guides
Learn what Blueprint Snap is and how to use it step by step. Set up a screen-free coding lesson, avoid common mistakes, and pick the right kit size.
Quick answer
Blueprint Snap is Sphero's screen-free, snap-together building and coding system for elementary students. Start with one kit, build a simple mechanism, then program it with the snap pieces before moving to a full class pack.
What makes Blueprint Snap different from screen-based coding
Blueprint Snap uses physical snap-together pieces and an intuitive design instead of a tablet or computer screen. That matters for younger learners who are still developing fine motor skills and reading fluency, because the coding logic is expressed through building rather than typing.
The trade-off is that Blueprint Snap is intentionally introductory. It is designed for elementary students and hands-on problem-solving, not for advanced text-based programming. If your goal is Python or robotics competitions, plan to transition to other Sphero products after students master the snap system.
Choose the right kit size before your first lesson
Blueprint Snap comes in a single kit, an 8-kit class pack, and a 16-kit class pack. The right choice depends on how many students will build at once, not on the total number of students you teach.
A single kit works for a demo station or a small pull-out group. For a full class where pairs or small groups build simultaneously, the 8-kit or 16-kit pack reduces waiting time and keeps every learner hands-on. Buying too few kits is the most common setup mistake because it turns a building lesson into a watching lesson.
Plan for storage and reset time
Snap-together pieces are durable, but they still need a home. Before the first lesson, decide where kits will be stored and who will check that all pieces are returned. A five-minute reset routine at the end of class prevents missing pieces from derailing the next lesson.
If you share a room with other classes, label each kit container with the class name or kit number. This is a small step that saves significant time when multiple groups use the same materials.
How to set up your first Blueprint Snap lesson
- Unpack and sort one kit: Open a single kit and lay out the snap-together pieces by type. Build the simplest example once yourself before students arrive so you know how the pieces connect. If pieces are not sorted, the first lesson becomes a search-and-find activity instead of a building activity.
- Build a simple mechanism: Have students snap together a basic structure, such as a frame or a moving arm, without programming it first. The goal is to understand how the pieces fit and how force moves through the build. Resist the urge to hand students instructions for a complex model. Simple builds reveal how the system works.
- Add the coding step: Once the structure holds together, show students how the snap pieces represent a sequence of actions. Have them change one piece at a time and observe what happens. One change at a time is the checkpoint: if students change three pieces at once, they cannot tell which change caused the result.
- Run a short build-and-test cycle: Give pairs 10–15 minutes to build, test, and modify their creation. Circulate and ask questions rather than correcting the build. A timer helps: stopping while students are still engaged leaves them wanting more.
- Reset and store by kit number: At the end of the lesson, have students disassemble their builds and return pieces to the correct kit. Count a few high-use pieces as a quick check. Missing pieces are easier to spot immediately after class than the next time you open the kit.
Product facts
- Blueprint Snap: Blueprint Snap is available as a single kit, an 8-kit class pack, or a 16-kit class pack. Match the pack size to how many students will build at the same time so no one is left waiting for a turn.
Blueprint Snap
