Infinite-Position Tuning Fork Fidget Slider
Infinite-Position Tuning Fork Fidget Slider
Move it freely, then let the metal answer back.
This “infinite-position” slider pairs open-ended repositioning with a tuning-fork-style resonant structure. The result is less about fixed clicks and more about movement followed by a metallic vibration you can hear and feel.
Why This One Feels Different
The motion is marketed around repositioning rather than a short set of obvious fixed stops.
The metal structure adds resonance after contact, extending the feedback beyond the movement itself.
You get a two-stage sensation: move first, then feel the structure continue to respond.
“Infinite-position” and “free-floating” are not interchangeable terms unless the underlying architecture is verified.
How It Works
The Guides separate architecture from feedback. Here we can confidently describe the repositioning behavior and the resonant structure; we do not convert the “infinite-position” label into a free-floating architecture claim without direct confirmation.
Specifications
| Material | Metal |
| Movement | Infinite-position-style repositioning |
| Structure | Tuning-fork-inspired resonant element |
| Sound | Audible metallic resonance |
The Experience
The interesting part happens after your finger moves. Instead of feedback ending at the point of contact, the metal carries a small vibration onward, giving slower, deliberate movements a more resonant and mechanical character.
What's in the Box
- 1 × Infinite-Position Tuning Fork Fidget Slider
FAQ
We do not make that claim from the “infinite-position” name alone. Free-floating describes a specific architecture.
No. The resonant metal structure is designed to be noticeable.
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.