When it comes to teaching materials for coding and hands-on learning, there's one product that truly stands out: Wheel:bit.
Many are familiar with alternatives like the Bitbot from 4Tronix, used in the Super:bit project, Maqueen Plus from DFRobot, and the MOVE Mini MK2 Buggy Kit from Kitronik. These are all micro:bit-controlled cars, but it's Wheel:bit that offers unique features and benefits.
Wheel:bit is not just a robot car; it's a springboard for creativity and the joy of making. Unlike many competitors with a more closed design, Wheel:bit invites users to customize and modify the design, allowing them to truly create their own unique version.
An important aspect of Wheel:bit is the use of sustainable materials. With production in Skullerud outside Oslo, Wheel:bit ensures lower carbon emissions while supporting local production and the Norwegian economy. This offers a clear advantage for environmentally conscious schools and consumers.
Wheel:bit stands out with its versatility. This robot car is not just for driving; it can perform a diversity of projects such as:
With professional guidance, excellent service, and customer support, as well as courses and workshops for teachers, Wheel:bit goes a step further to ensure a superior user experience and effective learning.
Wheel:bit represents a new generation of micro:bit-compatible practical teaching aids, perfect for modern, eco-friendly, and technologically forward-thinking schools. With its adaptability, sustainable production, and a wide range of educational applications, Wheel:bit sets a new standard for what to expect from micro:bit teaching aids and hands-on learning.
Key search terms: Teaching aids for micro:bit, Hands-on learning, Coding in school, Super:bit, AI in school, Bitbot, Wheel:bit, Robot cars, Robots, Teaching aids for practical AI.
Aboner på nyhetsbrev og bli blandt de første til å motta nyheter og rabattkoder.