Which kit?

Which kit should you buy?

Tell us who you are and we’ll point at the shop already filtered — or skip straight to the comparison table below if you’d rather read than click.

Comparison

Or read the whole thing at once.

If you are…GetBecause
A student on the tightest possible budget Economy Superconductivity Kit
$139
The cheapest kit that still runs the real demonstration, not a toy version of it.
Chasing the classic “hangs in mid-air” board photo YBCO Meissner & Flux Pinning Disk
$349
The flagship demo kit — the one that’s won actual science fairs.
Not allowed liquid nitrogen at your fair or school Magnetic Train Science Fair Kit
From $69
No cryogenics at all — permanent-magnet levitation, same core physics of stability and force.
A teacher with a class of 24–30 Classroom Set
From TBD
Six kits bundled for small-group rotation, with the lesson plan included.
A department that wants zero rotation, thirty students at once Ultimate Classroom Kit
$5,799
Two tracks and eight handheld devices — built specifically for that number.
A university lab that needs real, quantitative data Superconductivity Experiment Kit
From $1,550
USB 4-point measurement, so it’s a lab exercise, not only a demonstration.
Running a museum or outreach programme Mini Maglev Kit
From $1,497
Portable, durable enough for repeat public handling, travels well.
Questions

Still not sure?

My situation doesn’t match any row above.
Tell us the age group, the room, and the budget through institutional orders, and we’ll recommend rather than upsell — including when the answer is a cheaper kit than the one you were looking at.
Can I start small and upgrade later?
Yes. Most classrooms and labs start with an Economy kit or two and add capacity as budget allows. The physics is identical across the range; what changes is duration, durability and how many hands can use it at once.

Ready to see the full range?

Twenty-five kits, filterable by audience, cryogenics and budget.

Building it for a science fair? the hoverboard science fair project guide covers the build, which variable to measure and what judges are actually marking.