nudotik

Martin Kozak

Rush hour rules are easy. Clear the way for the red car to be able to leave the parking lot. Cars can move only forward/backward, no lifting the cars!&nbsp;Printing:<ul><li>Depending on the challenge difficulty, you'll need to print up to 4 trucks and 12 small cars. One of the small cars (preferably convertible one) must be printed in red.</li><li>Parking lot can be printed using different colors to highlight lanes and arrows:<ul><li>Option A - use filament color change in a layer. From 0 to 3.8 mm white color, from 4 all the way to the top grey color.</li><li>Option B - use provided 3mf file and AMS.</li></ul></li><li>Asphalt is as separated model for better visual.</li><li>0.2 mm layer height.</li><li>No supports needed.</li></ul>Other hardware and assembly:<ul><li>Besides filament, you'll also need 72 pcs of cylindrical neodymium magnets 5x1 mm (diameter x height). It is not mandatory, but it's much more comfortable to play with magnetic cars. Use superglue to attach magnets to place.</li><li>New travel friendly design - lid now serves as a stand too and is held in place (in both closed and opened state) using 8 pcs of 8x3 neodymium magnets.</li><li>Pieces of filament to connect hinges with lid and parking lot.</li></ul>You can generate challenges using online generator, for example <a target="_blank" href="https://www.thinkfun.com/internal/rush-hour-challenge-generator/" rel="nofollow noopener">here</a>. I attached several example challenges.

Rush hour - logical game with cars

toys

Zurlingo-3D

<h2>Shingleback Lizard Flexi Keychain</h2>&nbsp;<figure class="image image_resized" style="width: 44.07%"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000484866/design/2024-06-04_d1c75174dcfb6.gif"></figure>&nbsp;&nbsp;Features:<ul><li>Print in place design</li><li>No support needed</li><li>Good articulation</li><li>Strong links designed to withstand being used on an everyday keychain</li><li>Great for kids school bags</li><li>Single colour and multi colour 3MF&#39;s included</li><li>Under 1 hour print time in single colour</li><li>A cute little Lizard you won&#39;t find anywhere else!</li></ul>This design is licensed under Creative Commons Attribution - Share Alike - So feel free to sell it for commercial gain, as long as you please credit me in doing so.&nbsp;Thanks for looking!&nbsp;Pleas rate and review your printing experience :)&nbsp;&nbsp;

Shingleback Lizard Flexi Keychain

keychain

blecheimer

Is it only me?I do not know what to do with my fingers. I always need something to play around with. And I always feel the urge to design and print things. Why not just combine both habits?&nbsp;This is a print-in-place threaded nut & bolt fidget toy. Just rotate the inner ring to let it go up, then rotated in the other direction to let it go down... OK, you all know how a thread works.&nbsp;The print can be challenging as it has some overhangs inside the the ring that are hard to be cooled. The ring also lays with one single line on the bolt. I fine-tuned the model and the settings for two printers (Anycubic I3 Mega and Bambu Lab P1S) and did a lot of test-prints with different PLA brands: Sunlu Meta PLA, Sunlu PLA+, Eryone PLA, Voxelab PLA and 3D Jake Eco PLA. For all prints I used the generic PLA filament settings in Bambu Studio.&nbsp;Print it slowly, no need to hurry. Use a layer height of 0.16mm. 0.2mm layers do also work but then the overhangs are not so nice. Use 3 walls, 5 tops, 4 bottoms, 8% gyroid infill and no supports. Set the speeds to 60mm/s outer, 120mm/s inner, 60mm/s tops and 200mm/s for all infills. The logo will not be visible on single-colour prints. This print should take about 100min on a P1S and 180min on a I3 Mega. If you want you can go full colour and split the STL into its single parts. Choose different colours for the bolt, the ring and the logo. If you do not like the logo just choose the same colour / material for it as the bolt has. The logo will then vanish after slicing. A multicolour print needs about 5.5 hours.&nbsp;After the print twist the ring with a little force. This will break the one single line touching the bolt and you can play around with your new fidget toy.&nbsp;&nbsp;Disclaimer: This work by blecheimer is licensed under <a target="_blank" href="http://creativecommons.org/licenses/by-nc-sa/4.0/?ref=chooser-v1" rel="nofollow noopener">CC BY-NC-SA 4.0</a> You are not allowed to copy this model to other 3D printing websites without my permission.

Print-In-Place Fidget Bolt

create ideas

NinjaDuck Prints

Designed with a 0.3mm clearance. This model will bridge a 27mm distance towards the end of the print, the P1P default settings have no problems with this.&nbsp;<h4>Warning</h4>Do not press auto-arrange in your slicer otherwise this print will not work. The part is separated into 3 different objects to make it easier for AMS or other multi-colour printers. If you print directly from the Bambu Handy phone app and increase the number of copies, the app will auto-arrange the parts.&nbsp;Slicing<ul><li>0.16mm Layer Height</li><li>3 Walls instead of infill</li><li>No supports</li><li>No brim</li></ul>

Fidget Gears - Print in Place

fidget

The 3D Imagineer

Print in place gyro fidget spinner. You can spin it like a traditional fidget spinner or just spin the different gyro rings.&nbsp;Update: Added a new version. The new version is a little smaller and has improved tolerances. I updated the print profile with both versions so you can print the version you like best.

Fidget Gyro Spinner

spinner

Muskoka Research

<div><h1>Summary</h1><div>This is a clamp-on vise with interchangeable TPU pads and a 5" operating range. 100% 3D PRINTABLEAdditional Parts: 3x Retaining Clip.stl 2x Guide Rod A.stl 2x Grip.stlAssembly (See Pictures):<ol><li>Adhere Frame Base Pad TPU to Frame.</li><li>Install Grip TPU to Frame and Vise via dovetail slots.</li><li>Partially thread in Mounting Bolt.</li><li>Thread Mount Plate TPU onto Mounting Bolt.</li><li>Mount the vise to a benchtop to complete the following steps.</li><li>Feed both guide rods through the Frame and Vise.</li><li>Attach one Retaining Clip to the grooved sections at the base of each guide rod.</li><li>Install Threaded Rod all the way through the Frame and Vise.</li><li>Attach the final Retaining Clip to the end of the Threaded Rod.</li></ol></div><h1>Print Settings</h1>Printer Brand: <div>Creality</div> <pre><code> Printer: <div>Ender 3</div></code></pre> Rafts: <div>No</div> <pre><code> Supports: <div>No</div></code></pre> Resolution: <div>0.2</div> <pre><code> Infill: <div>20</div></code></pre> Filament: <a href="http://www.amazon.com/s?url=search-alias&field-keywords=Duramic+PLA%2B+%2F+TPU" target="_blank" rel="nofollow noopener"> Duramic PLA+ / TPU </a><pre><code> Grey/Black</code></pre></div>

toys

keychain

create ideas

fidget

spinner

useful