Wheel:bit - A unique learning tool for micro:bit
Wheel:bit is an innovative and versatile robot car that stands out in the crowd of micro:bit-powered vehicles. Where Bitbot from 4Tronix, Maqueen Plus from DFRobot and MOVE Mini MK2 from Kitronik offer solid alternatives, Wheel:bit gives users something more: freedom, creativity and sustainability.
Wheel:bit is designed as an inspiring tool for hands-on and interdisciplinary learning in schools. Instead of a closed and pre-built design, Wheel:bit invites students to experiment, customize and build their own robot car. This promotes creativity, in-depth learning and genuine joy of creation.
Wheel:bit is produced at Skullerud in Oslo using sustainable materials. This results in lower climate emissions and supports local value creation - an important argument for schools and consumers who emphasize environmental and social responsibility.
Wheel:bit is far more than a drivable robot. It can be used in a variety of educational projects:
Autonomous driving
Remote control with micro:bit
Programmable football robot
Drawing and coding of artwork
Environmental projects such as beach clean-ups
Custom lighting for visual expression
AI control with mobile holder and generative artificial intelligence
This flexibility makes Wheel:bit ideal for interdisciplinary teaching and practical use of technology in schools.
Wheel:bit is designed with educational benefits in mind: It's easy to build, easy to repair and provides insight into electronics and construction. Coding takes place directly in MakeCode, Python or JavaScript - without the need for additional extensions.
Wheel:bit offers more than just a product. With Norwegian guidance, fast customer support, and dedicated courses and workshops for teachers, you ensure a safe and effective introduction to using the technology in teaching.
Wheel:bit is a forward-thinking and sustainable learning tool for micro:bit that combines coding, hands-on learning and creative expression. It's perfect for schools that want to strengthen students' understanding of technology and creativity in an interdisciplinary context.