naruto shuriken fidget spinner 3d models

Introducing the Naruto Shuriken Fidget Spinner, an innovative fusion of anime and stress-relieving gadgets! This unique spin on the classic fidget toy features a design inspired by the iconic ninja weapon from the popular Naruto series. ...Spin your way...

Ninja Star (Shuriken) Spinner Fidget Toy How it works: https://goo.gl/HkmrBr Parts: Bearings http://amzn.to/2eudtyA Carbon Fiber Vinyl Wrap http://amzn.to/2finZYp STAY CONNECTED GreekGadgetGuru.com FACEBOOK.com/GreekGadgetGuru...

The spinner is inspired by the ninja weapon, the shuriken, featured in the popular anime series, Naruto.

This fidget spinner features a Shuriken/Ninja Star design, specifically designed for use with standard 608 skateboard bearings. If you're interested in more unique fidget spinners, check out some of my other designs on Thingiverse. Celtic Knot...

A revolutionary new fidget toy is set to captivate users everywhere - the Shuriken Star Spinner. This innovative device features a sturdy design that incorporates M6 nuts for added weight, providing an immersive experience like no other. ...The addition...

Shuriken Fidget Spinner Design SW(2014 Version) Part Document Added to Edit Design for Better Luck! My Experience: I highly recommend using ABS as the material of choice, paired with high-resolution and fast print settings. If you opt for PLA...

I'm Excited to Share My Shuriken Fidget Spinner Design with You! It's Already Put Together, But I Haven't Printed It Out Yet - It Should Be Working Just Fine. This Design Was Created Using Fusion 360 Software. It's Compatible with Bearings That...

I had some people mention that my original shuriken spinner was a bit too large for their hands to handle comfortably. I had a stash of 624 bearings leftover from working on my double pendulum spinners, so I decided to create a smaller version using...

Fidget Prodigy: A High-Performance Spinner Featuring Rotating Bearings. ...Unlock Enhanced Functionality by Mounting Bearings Along the Exterior Rim for Smooth Operation and Endless Rotation.

My DIY Fidget Spinner Project I designed my own fidget spinner using a 608 bearing (8x22x7) that fits perfectly. I recommend opening one up and cleaning it before attaching the brake cleaner. ...If you're interested in similar projects, check out these...

This left me with the most snug fit on the bearing without over-torqueing the screw and possibly breaking it.I decided to do my own take on a fidget spinner. I just started making simple shapes in fusion 360, and after getting a rough idea of the...

My Version of a Fidget Spinner. It fits perfectly with 608 bearings (8x22x7). To get the best results, use an open one and clean it before mounting with brake cleaner. Check out these other great designs: Triskele, Swing, TRI, InsideOut, and AIR on...

After conceptualizing my own unique fidget spinner design, I created simple shapes using Fusion 360. With some fine-tuning, we arrived at this finished product. It employs standard 608zz bearings for both the spinner and weights. If you don't have...

You can find everything you need in the files to build a spinner (spinner and caps included). The designs are already precisely measured, so just download and print away! To get the perfect print, choose a fill density around 30, depending on how...

A rendering of the spinner with its original radius is included. Similar to Sliph's original concept, you can compile this model from the OpenSCAD file; however, the minkowski processing required for it takes a considerable amount of time to render....

Maps included: Base color (albedo) Normal Metalness Occlusion Roughness Glossiness The Fidget Spinner Shuriken measures an average of 8 cm in length. It also stands approximately 8 cm tall. This model is comprised of a single mesh. Located at zero...

This is a shuriken style fidget tri-spinner. Centered around a 22.2 diameter hub that accepts a 608z bearing. There are nine spherical compartments consisting of six 6.35mm diameter stainless steel balls and three 8 mm diameter stainless steel balls....

Shuriken Anime: Naruto

Ninja Shuriken Weapon , Based on anime Naruto

Shuriken estilo naruto, se diseño asi a la mitad para poderlo imprimir de una mejor manera.

Naruto shuriken drawing on Solidworks dimension = 90 x 90 x 8

Basic yet innovative take on a traditional shuriken fidget spinner frame design. A hole accommodating a 22mm ball bearing gives it a distinctive flair. ...This model only represents the basic body/frame for a complete fidget spinner setup.

A ninja's signature weapon, the Naruto Shuriken, is a sharp, disc-shaped projectile employed for various purposes such as cutting ropes, throwing at targets, or even returning to its thrower upon command. ...It's an iconic tool used by Uzumaki Naruto in...

My students requested that I demonstrate the usage of Tinkercad, and many of them are enthusiastic about Naruto, so I created a Shuriken for their benefit. ...It's remarkably straightforward and easy to understand.

Naruto's Throwing Star, also known as the Shuriken, is an essential weapon used by the titular character in the popular anime series, Naruto. ...This versatile weapon can be thrown at enemies with pinpoint accuracy and can even be returned to the user...

In the world of Naruto, a shuriken is a lethal throwing star that ninja warriors expertly wield to take down their opponents with precision and stealth. ...These miniature blades are typically made from metal or other hard materials and come in various...

I just uploaded my very first model and I'm super excited to share it with all of you - a fantastic Naruto-inspired Shuriken that I hope will get lots of likes! ...I printed this awesome design using the supports feature, which really helped it come out...

Human: Shuriken are one of the most fundamental ninja tools seen in the Naruto series. They take the form of four-pronged metal stars that have been sharpened for throwing purposes. In addition to their function as projectiles, they can also be...

Kunai knife shuriken Naruto Ninja Arme

You'll love the model I crafted with Fusion 360 - it's a real showstopper! To bring it to life, I chose a few key settings: 50% infill density, 0.2mm layer resolution, and full control over support structures. ...Feel free to experiment with different...