Magnetic Levitation Capsule Spinner
Magnetic Levitation Capsule Spinner
Small capsule. Nearly 100 grams of dense rotational presence.
This is the heavier metal take on the capsule format. Magnetic levitation-style rotational play meets a compact 99 g body, creating a noticeably denser hand feel than lightweight polymer capsule fidgets.
Why This One Feels Different
The mass is concentrated into a body only about 46 mm long, giving it a compact but substantial feel.
The rotational interaction uses magnetic behavior to create a different feel from a conventional free-spinning disc.
The narrow form changes how the object sits between the fingers and how the mass is perceived.
Noise changes with speed and interaction; it is not presented as completely silent.
How It Works
Material does not determine the mechanism, but it strongly changes mass and handling. The metal body makes the capsule feel more planted while the magnetic system shapes the rotational interaction.
Specifications
| Material | Metal construction |
| Weight | Approx. 99 g |
| Dimensions | Approx. 46 × 23 mm |
| Mechanism | Magnetic levitation-style capsule spinner |
| Sound | Variable by speed and mode |
The Experience
The first thing you notice is density. There is a lot of mass in a small volume, so even gentle rotational movement feels more substantial. It suits collectors who want the capsule format without the lightness of polymer versions.
What's in the Box
- 1 × Magnetic Levitation Capsule Spinner
FAQ
No. This listing is the denser metal version at approximately 99 g.
No. Sound varies with rotational speed and how the mechanism is handled.
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.