bridget yoyo 3d models

Hole specifications are as follows: * A 4.15mm screw hole is positioned 5mm deep * A countersink measuring 12mm in diameter is placed 14.5mm deep To assemble the YoYo, simply print it twice to create both sides. Note that if you're experiencing...

Two YoYo motors (sourced from eBay) were connected via an L298N Motor Controller, while a 50K POT was used for PID adjustments. The code was adapted from Franko's derivative. I employed 1/4 inch bolts and nuts to construct the chassis. The YoYo...

Pop on rim design #12 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

I recently discovered Begleri and all the limited release beads that are available at sites like MonkeyFingeR YoYo. I looked here for some examples and saw a few that used hex nuts for weight. I liked the idea and set out to print an existing model...

... sounds gave away my approach. I printed this design directly onto the plastic. Using ABS for semiflexible clamping worked surprisingly well. The result exceeded my expectations. You can also detach the Ubikey if the yoyo cable is too short.

Black Polyactic Acid material is suitable for making a yoyo that's perfect for beginners and experienced players alike. Its durability and low friction make it ideal for creating smooth glides and precise control, giving you the confidence to execute...

Pop on rim design #4 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Yoyo_Cresendo crafted an excellent model using his TPU Cable Ties, prompting me to create my own versions with varying lengths and sizes. One version maintains the original dimensions but extends its length. Another is a 25% smaller variant that also...

Pop on rim design #3 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #2 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #2 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #1 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Still, I like to carry the card on a lanyard or yoyo. This card holder is minimal and only holds the card on the top edge. The rest of the card remains free. The print comes without supports but needs rafts. ...Also, little material is used and...

Still, I like to carry the card on a lanyard or yoyo. This card holder is minimal and only holds the card on the top edge. The rest of the card remains free. The print comes without supports but needs rafts. ...Also, little material is used and...

This yoyo demands the application of One Drop Side Effects, as they offer unparalleled customizability and a sturdy metal axle that will withstand heavy use. Additionally, you'll need to incorporate a C Size bearing into your build. ...For optimal...

... Notes: Print it however you like, no notes. Post-Printing Parts 3 ea. 22mm OD x 8mm ID x 7mm Bearings (looks like skateboard bearings) 1 ea. 12.70mm OD x 6.3mm ID x 4.72mm Bearings (from a yoyo)

Pop on rim design #1 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #9 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #1 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #6 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #5 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #5 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Pop on rim design #4 for the Bangarang yoyo by lathed back design. Print with PLA in fine detail direct on glass if you can, no supports required .12 layer height, 90% 3d infill and random start point for outer shell so avoid a seam that will create...

Also, this yoyo has a hidden feature that makes it possible to print only on FDM printers and no others. Load it in your slicer and see for yourself! I hope you enjoy playing! Feel free to reach out to me for modifications. ... And please post some...

Located at Pillar St Bridget's church site and graveyard (TN041-042003) in Thurles, a distinctive carving stands out - a crouched cat with two tails carved into a rectangular shaped block. Positioned on the left side of the block is the head, while...

My name is Bridget Gorum and I built a velociraptor. I attend Snow Hill Middle School. I created this project in an after-school club with Mrs. Tigner's guidance. Most people think dinosaurs had scales like lizards, but that's a misconception. ...The...

http://www.thingiverse.com/apps/customizer/run?thing_id=739573 Instructions Using the following options: minimal_color_layer_thickness = 0.6 border_thickness = 3.6 font_outline_width = 0.5 outline_thickness = 3.0 outline_color = Gray...

http://www.thingiverse.com/apps/customizer/run?thing_id=739573 Using the Following Options: outline_color = Gray outer_margin_width = 1 font_weight = 0 bar_color = Khaki lug_style = plate font_outline_style = rounded glyph_coalesce = 25 barextruder =...

... some dice, and some discs that nearly fill the inside area of the confusion, little confusion and the magicyoyo K1. I did not print the magic yoyo to be sure that it works, but I printed everything else and they work fine, so Im betting its ok too.

... invert the battery or move it slightly. I also made an 8-cell version. If it's loose, please make some adjustments. You can find a blog post about this project at https://taka-yoyo.tumblr.com/post/623703386887454720/tello-battery-magazine-by-soloham