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We're building the next generation of Hawaii's engineers.
StarterSpark started as a classroom project: students teaching students how to build robots with whatever parts we could find. We saw how hands-on learning sparked curiosity in ways textbooks never could.
Now we're taking that experience and packaging it for anyone to access. Each kit represents hundreds of hours of curriculum development, testing with real students, and refinement based on their feedback.
70% of every dollar goes directly to local STEM charities and school robotics programs. 30% funds new kit development and operations.
Your purchase directly impacts Hawaii's next generation of engineers.
FTC Competition
Workshop
Team Photo
Student Building
Presentation
We built the kit we wished existed when we started learning robotics.
Everything you need in one box: pre-cut parts, electronics, fasteners, and our step-by-step digital curriculum. No hunting for components or compatibility issues.
Learn by doing with our web-based platform featuring interactive wiring diagrams, code editors with real-time feedback, and progress tracking across lessons.
We offer bulk discounts and classroom-ready kits to help educators bring hands-on STEM learning to their students. Whether you're running a robotics club, teaching a STEM unit, or hosting a workshop, StarterSpark provides guidance, resources, and affordable tools to make it happen.
Founded by students from Hawaii who wanted to give back. Every kit sold directly supports local STEM education programs and school robotics teams across the islands.
Our interactive platform guides you from unboxing to your first programmed movement.
Each lesson builds on the last, taking you from basic assembly through advanced programming. Our interactive diagrams show exactly where each wire connects, and you can hover over components to learn what they do.
The built-in code editor lets you write, test, and upload your programs directly from the browser. Real-time syntax highlighting and error checking help you learn proper coding practices from day one.
Stuck on a step? Our community forum, The Lab, connects you with fellow builders and our support team. Most questions get answered within hours, not days.
Staff members actively monitor discussions and provide verified solutions. Every question helps build our knowledge base for future builders.
My servo keeps jittering when it holds a position. I'm using the code from lesson 3...
This is usually a power issue. Try using a separate 5V supply for the servos instead of the Arduino's 5V pin...
Robotics Education from Hawaii
Learn robotics with our hands-on kits designed for makers of all ages.
v1.0 • Open Source Hardware • 70% to STEM Charities