MagnaBrick Magnetic Fidget Slider
MagnaBrick Magnetic Fidget Slider
Slide it for the snap. Shake it and the magnets answer back.
MagnaBrick is intentionally less restrained than a tightly guided magnetic slider. Loose magnet movement inside the brick-style body adds rattle, shifting weight and a more chaotic sound signature to every cycle.
Why This One Feels Different
Internal magnet movement adds motion and sound beyond the basic sliding stroke.
The blocky geometry gives the object a dense, industrial feel in hand.
You get more than one feedback texture: magnetic engagement plus shifting internal movement.
The rattle is part of the design rather than evidence that something is loose or broken.
How It Works
The loose-magnet layout changes the feedback configuration without changing the product family. It remains a magnetic slider, but the moving internal mass makes its acoustic and tactile behavior much less restrained than a tightly tuned two-plate design.
Specifications
| Material | Metal |
| Form | Brick-style slider |
| Mechanism | Magnetic slider with loose-magnet layout |
| Feedback | Snap, shifting movement and rattle |
| Sound | Audible rattle and magnetic clicks |
The Experience
MagnaBrick is for people who enjoy a fidget that feels alive inside the shell. The magnets do not just pull the slider into position; their movement adds little changes in weight and sound from cycle to cycle.
What's in the Box
- 1 × MagnaBrick Magnetic Fidget Slider
FAQ
No. Internal magnet movement is part of this design's intended feedback.
Not really. This is one of the more audible magnetic designs in the range.
Free Standard Shipping
Available to supported destinations at checkout.
Processing
Orders are usually prepared for shipment within 2 business days.
Estimated Delivery
Standard international delivery usually takes 7–15 business days after dispatch.
30-Day Returns
Eligible items may be returned within 30 days of delivery. Conditions apply.
Understand what you’re holding.
Explore the mechanics, materials and terminology behind this type of EDC fidget.