yoyo counterweight 3d models

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...

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...

... 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.

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...

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 #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 #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 #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...

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...

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...

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...

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 #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 #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...

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 #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...

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 #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 #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...

... 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)

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...

For the potato chip, there is a small counterpart that serves as a counterweight for the empty potato chip. The weight box V2 has a place for the counterweight. ...I filled the counterweight according to the weight of the chip and closed it with a 3D...

Built out of necessity, this counterweight was created after successfully printing the Smooth Q GoPro Hero 5 adapter from Thingiverse (https://www.thingiverse.com/thing:2740361). After extensive research on this site and commercially available...

... rod. When you insert the counterweight copper rod, you can use a vise to force it in, but it may stretch the material to deform it. ...It is best to use boiling water or a hair dryer to soften the material so that it can be inserted more easily.

Design work by Aaron Becker and Rahul Korpu This oversized trebuchet features rolling wheels for effortless transportation, as well as a hinged counterweight basket. It's designed to be cut out of 1/8-inch plywood that measures 1x1 feet. The files...

M3x10 bolts, washers, and nuts for creating a counterweight system that ensures smooth motion. To assemble the counterweight piece, fit a bottle cap onto the rod, then drill a 3mm hole through the center of the cap. Next, screw the head of the bolt...

Building this lure demands a few extra supplies including 7mm steel wire, wire bending pliers, super glue, steel balls for the rattle component, and lead for counterweight purposes. The recommended print setting is an 8% fill but walls should be...

To assemble, you'll need: - A spring with a diameter of 2mm and a height of 4mm - An M3 x 15 or 16mm bolt for adjusting the spring's tension - Two M2 x 3 or 4 mm bolts without heads as counterweights For optimal balance, use a copper piece measuring...

To create your own counterweight, you can repurpose old 1.25-pound plates; I utilized them successfully. The peg for the counterweight is situated just beneath 1.1 inches. For optimal results, I recommend setting a high infill percentage for the...