NodiStep
Teach Electromagnetism, Robotics, and Motor Control — Visually and Hands-On. A real working stepper motor model designed for classrooms, makerspaces, and engineering labs.
NodiStep: Interactive Electromagnetic Motor Kit
£149.00
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NodiStep: Interactive Electromagnetic Motor Kit
£149.00
Taxes included.
Hands-on STEM tool for teaching physics, electromagnetism, and real engineering concepts. Programmable, visual, and classroom-ready - perfect for schools, labs, and makers.
When will I get my order?
We will work quickly to ship your order as soon as possible. Once your order has shipped, you will receive an email with tracking details and further information.
Delivery times vary depending on your location, but typically take from 2 weeks or more, depending on the destination and local postal services.
Please feel free to contact us if you have any questions about your shipment.
CARE & MAINTENANCE
To maintain the quality and appearance of your Nodi product, we recommend handling it with care. Simple habits — like keeping it in a clean, dust-free environment and avoiding excessive heat, moisture, or mechanical stress — will help preserve its function and look over time.
Each unit is built with precision and attention to detail, and with proper care, it will serve you reliably for years to come. Please refer to the included instructions for usage and storage tips specific to your device.
SHIPPING & RETURNS
We strive to process and ship all orders in a timely manner, working diligently to ensure that your items are on their way to you as soon as possible. Need to return something? Just let us know.
What Students Learn With NodiStep
- Electromagnetic induction
- Coil energizing & magnetic fields
- Stepper motor logic and stepping sequences
- Torque / load / speed relationships
- Control signals and motor drivers
- Real-time data interpretation
- Practical engineering reasoning
Everything they normally read about - they now see.
Programmable & Real-Time Motor Control
NodiStep connects to a dedicated control app where students can adjust speed, stepping modes, torque load, and coil activation patterns. Every change in the software instantly updates the motor’s behavior, creating a clear, real-time link between digital commands and physical motion — perfect for teaching coding, robotics, and engineering fundamentals.
For Schools
Teach physics, electromagnetism, and robotics through clear, hands-on demonstrations that make complex concepts intuitive.
For Universities
A real engineering model for studying motor control, mechatronics, and electromagnetic systems with true lab-grade clarity.
For Makers & STEM Clubs
A programmable, experiment-ready tool that turns ideas into visible motion — perfect for exploration, prototyping, and learning by doing.
Bring Real Engineering
Into Your Classroom
Give your students the hands-on experience they’ve been missing.