rolling stick 3d models

Rolling Fidget Stick Toy Kururin Fidget Roller Ball

Check out the original design that started it all: The Rolling Stick Thingie 2 - https://www.thingiverse.com/thing:2214933 Special thanks to FunKing3D for letting me feature their awesome logo! Learn more about this talented designer at...

I'm excited to create a remade version of my original Rolling Stick thingie V2, this time with FunKing3D's logo seamlessly integrated. The original design can be found here: https://www.thingiverse.com/thing:2214933. Fun King 3D is the mastermind...

... with 4-6 top bottom layers with ZERO infill... • Older version that uses M5 bolt instead of nuts for end cap weight - http://www.thingiverse.com/thing:2181678 • Print instructionsUnassociated tags: fidget stick, rolling stick Category: Toys & Games

Simple 3D printable takeoff of the wooden rolling stick toy seen everywhere. V1 parts use a M5 bolt at the end for added weight. V2 uses an M8 nut from the inside for weight and can be stacked up to three deep. Best results are achieved when...

Minor tweaks to the rolling stick gadget are underway. I've modified the end caps, making them slightly shorter. Now, an M8 nut can be installed as the weight and is cleverly concealed inside. If desired, two or three nuts can be stacked together. -...

Rolling Stick is a fun and creative Japanese desktop game that puts your precision, hand-eye coordination, and creativity to the test. To get this working perfectly, you'll need to weigh it properly. Print it with a high density infill of 40% to 60%....

I made some slight modifications to the rolling stick gadget. I tweaked the end caps, making them a bit shorter and designed them so an M8 nut can be installed as the weight and is hidden inside, allowing you to stack 2 or 3 nuts if desired. For...

Rolling Stick is a fun Japanese desktop game that challenges creativity, precision, and hand eye coordination. In order to get this working perfectly it needs to be weighted. Print it with a high density (<strong>40% - 60% infill</strong>). You can...

ERRF 2018: Get Your Rolling Stick Thingie Printed in No Time! Print One Up While Waiting for ERRF to Arrive! Center I suggest three or more shells with zero infill, but use twenty percent or forty percent top and bottom. This will fill the threaded...

Rolling Stick Thingie Print One Up To Use While Waiting For ERRF To Arrive! Center I Suggest Using 3 Or More Shells, Zero Percent Infill But Employ 20 (Or 40 If Using 0.1 Layer) Top And Bottom Settings For A Smooth Finish. You'll Need Two End Caps...

Japanese Fidget Rolling Toy Spins and Wobbles Freely This One-Piece No-Assembly Print Is a Masterpiece of Design, Printed at 100% Infill for Maximum Stability Solid Endcaps Provide Weighting and Balance, While the Hollow Main Body Allows for Smooth...

Update 1: Customizable polygonal sides now available, making the toy more challenging to roll neatly. Four-sided versions are particularly difficult to control, but users can adjust side count in the Customizer (defaulting to 40 for a circular...

These are simple to print rolling sticks, leveraging a balance of weight at both ends to facilitate end-to-end movement. The weight is achieved by printing the models with 100% infill without support material. A central cavity reduces middle weight...

Kururin Rolling Stick Weighted Fidget Toy Tumbler This Kururin rolling stick is engineered to be weighted on the extremes of the fidget toy for enhanced rolling thumbler effect. Print 100% infill rectilinearly The design will form an interior air...

The Kururin Rolling Stick Tumbler is a precision-designed fidget toy that expertly combines weighted extremities for enhanced rolling functionality. This expertly crafted toy features a unique design that allows for a 100% infill rectilinear print,...

This is a mesmerizing cylinder that topples over itself, creating a thrilling rolling motion. Its addictive and challenging design makes it a true test of balance and stability. You can fine-tune the bottom/top layer thickness to add more mass to...

This is a mesmerizing cylinder that teeters on the brink of collapse, its motion eerily reminiscent of a rolling ball. Extremely captivating and remarkably demanding! To adjust the level of difficulty, simply increase the thickness of the bottom or...

This is a model that I spent considerable time perfecting. The decision to add extra details around the edges ultimately rests with you. ...When it comes to padding, versatile options include using the inner tube from a bicycle tire, crafting your own...

My Modified Rolling Stick Toy This design takes inspiration from Scorch's ingenious creation, available on Thingiverse as http://www.thingiverse.com/thing:2135178. I'm particularly drawn to the hollow body paired with solid ends - a combination that...

This is a mesmerizing cylinder that spins wildly, defying balance and gravity. Extremely captivating and exceptionally challenging! You can fine-tune the bottom/top layer thickness to add more mass to the ends, making it either harder or easier to...

... from wood using a lathe. ...Check out this video to see how it's done: https://www.youtube.com/watch?v=GZ_oxNaSLyk - at the 11-minute mark, you'll find instructions on adding feet to enhance its rolling ability, a crucial step for your 3D printed toy.

... made from wood on a lathe and here is a video to show how to do that. https://www.youtube.com/watch?v=GZ_oxNaSLyk He also shows how to put the feet on the end to make it roll better (11:18). ...You will need to do this to your 3D printed one.

Have seen these made of wood, looked fun so I designed and printed some myself. there were a few design changes (think like 10 ;) ) and found this setup to work the best in shape and weight and such. • new version that will use M8 nuts instead of...