Fidget "Track" Ring

🌀 Fidget “Track” Ring 🌀

[https://www.youtube.com/shorts/1ZatNakC4zQ](https://www.youtube.com/shorts/1ZatNakC4zQ)

[https://www.tiktok.com/@pronewdesign/video/7550623127970024726](https://www.tiktok.com/@pronewdesign/video/7550623127970024726)

At first, the inner race (groove track) may feel a bit tight – but that’s by design.
The more you use it, the smoother it gets as the internal channel gets polished and broken in by repeated friction.

🛠️ Key Features:

✅ Slide-On Ring Spinner – designed to be worn on your finger and spun effortlessly like a mini bearing wheel
✅ Engineered Raceway – features a carefully profiled groove (race) to keep your spins controlled, smooth, and addictive
✅ Tactile Surface Texture – outer ring includes a grippy texture for precision flicks with just one finger
✅ Perfect Pocket Size – small enough to carry anywhere, big enough to satisfy your spin craving
✅ No Assembly Needed – prints in one piece, ready to go right off the bed
✅ Ergonomic Inner Fit – comfortable inner channel designed to slide on and off easily, without discomfort

✨ Minimalist in size, massive in satisfaction

This isn’t your average spinner – it’s a functional finger fidget ring that rewards repeated use. Once it’s broken in, you’ll find yourself reaching for it again and again.

🖨️ Print Recommendations:

Layer Height: 0.1 mm or 0.2 mm
Wall Lines: 3 or more
Infill: 15%
Material: PLA or PETG
Supports: Not required

❤️ If you find this model helpful, please LIKE, DOWNLOAD, FOLLOW, or SUPPORT me!
Your support motivates me to continue designing precise, functional, and community-ready 3D models. Thank you! 🙏

Descrição

🌀 Fidget “Track” Ring 🌀

At first, the inner race (groove track) may feel a bit tight – but that’s by design.The more you use it, the smoother it gets as the internal channel gets polished and broken in by repeated friction.

At first, the inner race (groove track) may feel a bit tight – but that’s by design.
The more you use it, the smoother it gets as the internal channel gets polished and broken in by repeated friction.