Finally, Hands-On STEM That Kids Can Actually Do Themselves — and Have Fun.
Why kids and parents love it
Hands-on learning
Build real working circuits and watch physics come to life through hands-on exploration that sparks curiosity and understanding.
Kids-friendly coding
Drag-and-drop coding with MakeCode introduces children to logical thinking and problem-solving through a fun, visual interface that makes learning programming intuitive and engaging.
Teamwork in action
Designed with collaboration in mind, our modular kits inspire teamwork, creativity, and shared discovery.
What's inside the box
Our Light-Chaser kit teaches kids (ages 6–10) to build a moving toy car that reacts to light — no soldering, drag-and-drop coding, and providing collaborative real life product engineering experience.
Microcontroller
Electronics kit that's micro:bit compatible for drag-and-drop coding
Motors, wheels & light sensors
Real movement that responds to light
Decorative stickers
Customizable stickers that unlock creativity
Easy instructions
Graphic instructions that's easy to follow with
minimal supervision
FAQ
Q: What is the Light-Chaser car kit?
The Light-Chaser kit is a hands-on STEM learning experience where kids build and program a robot car that follows light. It combines fun, creativity, and real-world science to make learning engaging and rewarding.
Q: What age group is it designed for?
The kit is ideal for children ages 6–10, introducing them to basic electronics, physics, and coding concepts in a safe, age-appropriate way.
Q: Does my child need any prior experience?
Not at all! The kit is designed for beginners. Our step-by-step guides and MakeCode tutorials make it easy for kids to learn through play — no previous coding or electronics experience required.
Q: Can one child complete the kit alone, or is it meant for a group?
The Light-Chaser kit is flexible — it can be completed individually or as a team project. A single child can easily follow the step-by-step guide and finish the build independently, while group activities encourage collaboration, communication, and shared problem-solving. It’s perfect for both solo exploration at home and team-based learning in classrooms or clubs.
Q: Is it safe for kids to use?
Yes. All materials are tested for safety and use low-voltage components. Adult supervision is recommended for younger children, especially during assembly.
Q: How does it teach STEM skills?
The kit introduces engineering, physics, and coding through interactive challenges. Kids learn how circuits, sensors, and logic work together — turning abstract STEM concepts into tangible results.
Q: When will early-access kits ship?
Early-access kits will be available to waitlist members before the public launch. You’ll receive an email with updates and shipping details once your spot is confirmed.