🧲 Unlock your focus with magnetic precision.
The Skill Aluminium - Science / Magic (Grey) by Feel Flux® is a compact 2.54 cm aluminium cube featuring a powerful neodymium magnet core. Weighing 345 g, it offers a premium, battery-free tactile experience designed for stress relief and creative focus, complete with a linen pouch and user manual.
| Manufacturer | Feel Flux® |
| Part number | FF-ALGR |
| Item Weight | 345 g |
| Product Dimensions | 2.54 x 2.54 x 2.54 cm; 345 g |
| Item model number | FF-ALGR |
| Colour | Grey |
| Material | aluminium, neodymium |
| Power source type | Manual |
| Item Package Quantity | 1 |
| Included components | Aluminium tube, Magnet ball, User Manual, Linen pouch |
| Batteries Required? | No |
| tech_spec_battery_description_toys | No batteries required |
G**8
Entertaining
Boys loved it
C**G
You drop the ball, it doesnt float like in ALL of the images
Pretty mis-leading imagery i think. I should have looked into it further.Thought it was a magnetic ball that floated above the device.Pointless, expensive, waste of money.
A**R
I don't understand the equation that explains what happens in ...
I don't understand the equation that explains what happens in the tunnel but its an impressive affect of magnetism.
J**N
Five Stars
Lots of fun
D**D
I ONLY HAD IT FOR 10 SECS BUT WHEN YOU ...
I ONLY HAD IT FOR 10 SECS BUT WHEN YOU LOCK ON TARGET AND FIRE YOUR SCUD MISSLE AT IT ...IT DENTS
A**R
i have only had it for a minute and when ...
i have only had it for a minute and when you throw it and it hits the side it dents
M**N
I have only had it for 15 seconds and if ...
I have only had it for 15 seconds and if you drive a tank over it and fire a missile it dents!
N**E
Flux knows !
The product is very expensive BUT it does demonstrate Lenz's Law. It's easy really. When an electric current flows though a conductor (wire ) it induces a magnetic field in the conductor. i.e. whilst the current is flowing , the conductor becomes a magnet. The magnet has a magnetic field. When a magnet is positioned near another magnet , it either repels or attracts it. So , as the magnetic ball is falling within the tube , it produces a magnetic field in the tube which interferes with the falling motion of the ball .i.e. it slows it down considerably. Do the experiment with long aluminium tubes ( over 1 m long ) and repeat with copper tube ( over 1m long ). Use tubes of varying diameter too - obviously wide enough to allow the magnetic sphere to drop through it. The material of the tube does affect the strength of the induced magnetic field though. Have fun !
Trustpilot
1 week ago
2 weeks ago
