This headphone stand clips onto a 2010 Mac to keep headphones off of your desk and out of the way. It also includes a forward facing headphone extender and USB hub so you no longer need to reach behind the computer to plug anything in. The whole piece clips into the vent on the back of the computer, and is quite sturdy. I also printed out RobertHunt's enhanced iPhone dock (http://www.thingiverse.com/thing:6931), and glued it to the top of the mount with a little bit of CA glue.

small bowl

This is a mash up between my telescopic spool holder and Chri's removable spool holder.

gyrobot.co.uk
facebook.com/gyrobotuk

Inspired by Halcyon25 on 405th.com.
I didn't like the idea of cutting out every layer and gluing them together.

The plastic printed pieces will be more sturdy than glued paper.

Just a little stand to hold your S3. Only works in landscape. I printed mine on a Solidoodle 2.

While no one has discovered a way to defeat our enemies the Chronophages, the engineers at KONGO! have devised a new weapon to monitor the progress of the time stealing fiends.

Print your own Kongotronic 3000 Series TIME DEFENDER and not only will you never again be in doubt that time IS BEING STOLEN FROM YOU, but you'll know precisely HOW MUCH time!

And you can help improve the TIME DEFENDER! There are expansion ports on the head that have yet to be utilized. There is a submission form upon which you can doodle your ideas. Build the ideas yourself, or send them to KONGO! and perhaps we'll include them in a future update.

Be sure to "watch" this object, there will be updates. Like what? Well, right now there's a hook on the robot's back so it can be hung on a wall, but its tank treads are too long to allow that. Alternate legs will have be made. And doesn't he need a big ray gun to hold?

Don't need a clock, you say? There's plenty of room in that big ol' body to hold other projects. Projects involving meters are a perfect fit.

UPDATE 3/19/2013 - Now with Easter Bunny ears accessory

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COMING SOON - PAPERCRAFT VERSION
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Hey folks, I'm a freelancer. I put many hours into this project, not to mention countless meters of 1.75mm PLA filament, making sure this would be an exceptional Thingiverse contribution. Heck, I even created a faux package design so you can make a nice gift box. If you appreciate this level of work, if it puts a smile on somebody's face, if you tip well at restaurants, consider some form of patronage. Whether it's a few dimes, a few dollars, or a few meters of filament, I'd be very grateful. I'll even add your name to a patron list on this page. Message me through Thingiverse or my direct email, "kongorilla at yahoo dot com" (please convert to a real address). My paypal account is linked to that yahoo address as well. Thanks!

Need some modeling work done? Contact me for that, too.

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PATRON LIST
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A special THANK YOU TO Bluemetal for becoming the first patron for this project!

davelandia - Thank you for your patronage!
Framingr - Thank you, too!
Trevor L from the Great White North - email me for a proper thank you! (I couldn't reply to your payment)

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A Mermaid Model that is made from a bunch of derivatives

A Merman Model that is made from a bunch of derivatives

TOM (Thing-O-Matic) ABP (Automated Build Platform) Replacement Side

Where do socks go? the same place these little guys go! Every year I dig these timers out for my Xmas lights and every year I'm missing these little trip pieces. These are for light duty Intermatic timers, 'theroar' has thing 26680 which works for the heavy duty version of the timer.

This is a derivative of scooter46290's 'propeller for quadmini', intended for a miniature quadcopter. However, I've adapted some of the dimensions and hole sizes, and added a set-screw whole to accomodate both my preferred (and widely available) motors at pololu.com/catalog/category/60", and a powered glider design I'm working on.

To replace my broken tripod mounting, which I've repaired several time by other means but I've simply given up on now that it's in shattered ruins once and for all.

Fully assembled it provides for three degrees of rotation so you can set the camera at the desired angle. Design is fully printable with no glue or fasteners required (though a dab of glue in one spot might be a good idea, see instructions) EXCEPT a metal nut to hold it onto the tripod legs and a metal bolt (cut to length) to screw into the camera.

This is my birthday present to the world.

The Landlord Game is my attempt to free the Board game Monopoly. The Patent on the game (and it precessors like "The Landlord's Game") has long since expired. However the length of the copyright means that the owner still has a firm control over how people can gain access to this classic game. To fix this problem I decided to create a new board and assorted cards free from all of the IP issues. My board design is inspired by both the orginal patent designs for both Monoply and The Landlord's Game. Using Only Black and White to be sure that it can be printed and used by as many people as possible. Throw in a dash of the modern/older ages and we are almost there. There are a few difference between Monoply and The Landlord Game.

The differences:

The game is designed to be accessible to players of all ages and skill level. I way I do this is using multiples the easiest skill is 1x this is designed for the youngest players. What I call the Normal level is 11x this should provide a typical players a great game. The last is called Big Money and it multiple is 103x and should provide a longer harder game. This multiple is represented on the board and cards as x. i.e. "City Tax - Pay $7x" at 1x/11x/103x the amounts are $7/$77/$721. Of course you are free to use any other multiple you want.

Attribution Instructions:
Joshua L. Blocher verbalshadow@gmail.com

This thing was made with Tinkercad. Edit it online

Truck Body/Bed
tinkercad.com/things/fCN4YMhTmQQ

Cement Mixer:
tinkercad.com/things/4Ra3JgwyawS

Dump Truck:
tinkercad.com/things/43HThTLBXk4-truckdumper

I created this truck body with lips on the bed's sides into which some other part can be slid. Currently, there are two swappable parts: a cement mixer, and a dump truck.

This was my first attempt to create something from scratch that had "encapsulated wheel-axels" and I realize now that the parts, which are relatively small, sometimes melt together, as with the PLA I used.

I tried to fix this with one of those detachable-jawed pliers and a razor-knife. I had partial success, but this is nothing any competent micro-surgeon shouldn't be able to fix. Maybe I'll make the thing a bit larger next time.

The cement mixer spins, if you work it. The dumper is supposed to tilt, but I wasn't as patient with it.

This is a holder for kitchen dish towels. It attaches with the removable 3M Command Adhesive Strip - medium size. These strips are 'damage-free', easy to apply and removal.

These two pieces key together. By making it two pieces the mount has a flat surface for the adhesive. Additionally in this way, support is not needed.

The inspiration for this was gregmarra's toothbrush holder (http://thingiverse.com/thing:15617) which was a derivation of dezbot's toothbrush holder (thing: 9056)

A simple, elegant stand for all your little screens. Non-slip grip tape makes for a nice "floating" effect and makes it quick and easy to grab your device and go.

The silent_runner is a small high performance model airship with a full do it your self documentation.

All parts are cheap and easy to assemble. Build your airship today and stop wasting battery power to low efficiency planes and quadrocopters, but start over with endless endurance and amazing grace.

The first silent_runner had some nice testflights, demonstrating good agility, speed and even crash robustness:
youtu.be/gkAJlDUEEM8

The whole project is undergoing finetuning and improvements, thus feedback is much appreciated.

I'm going to say something your friends have been afraid to tell you: You could stand to lose a few polygons.

Here's a blank canvas for the new you. Or your Halloween costume. Or maybe your audition for store mannequin. Or your general purpose anonymity needs.

Sometime in the future I hope to make a full head version, but I wanted to post what I've gotten done so far in case someone could use it for Halloween 2012. The original idea was to make a papercraft alternative for artists who can't afford the "planes of the head" plaster model, so keep your eyes peeled for further developments.

I'm going to make a mask with dark paper, and use glow-in-the-dark tape to highlight the edges - I'll be Wireframe Man!

EDIT: Since originally posting this, I've seen comments by people stating they intend to make the make the mask using materials other than paper. Please note that many of the polygons aren't true flat planes, and there are a couple of twists that are challenging enough with thick paper. This mask, as designed, is impossible to build using rigid materials.

EDIT: 10/31/12 - Thanks for all the email messages, comments and photos I've been getting! I'm overwhelmed by the response. I had a family emergency these past few days, and the good vibes sent my way helped keep my spirits up.

This is a filament guide for the hinged extruder wiki.grrf.de/index.php/Hinged_Extruder.
It has an integrated pocket for a sponge cloth cleaner.
Fits for filament diameters up to 3mm.

Fly rod and tackle kit, just add some 4lb line and you are set to start your mini fishing adventure.

A small, completely printable quadcopter printed on my Up! Plus 3D printer

A modification of the original Orca 0.43 spool holder to fit 86 mm wide spools.

The original spool holder is only suitable for 0.75 Kg reels, on this one you can place a 1 Kg reel as well.

No need for drilling in the metal frame of your Orca 0.4x, just replace the current spool holder with this one using the same bolts and nuts.

This will be re-uploaded to another site once a suitible site is found. I do not believe that I, or the original author (in the case of my derived works) appreciates giving up all rights to own our own designs. Once A suitible location is found, or a temporary one is located, A note will be posted here. Have fun!

This is a simple adapter for the Losi Mini-8ight for a GoPro camera.

Can see it in action here:

youtu.be/Ehv7GBcJ-Ws

It does move the weight up and to the back, making wheelies and rolls a bit easier, but this car is pretty prone to those to begin with, so it's not so bad.

Enjoy! ;)

New Version Available!!!
thingiverse.com/thing:63796

Bed-Leveling allways was a nightmare to me. I payed a lot of attention when I first assembled my printer, i leveled everything, starting with the desk where i built the machine on it.
But i allways had problems once everything was assembled or if everything was fine and i had to move my machine i had to start all over again...

So while i could bring it down to a point where i could print "smaller" parts i recently printed parts that needed the WHOLE printbed-area.
So i decided to put a finger on my problem which seemed to bee the 2 Y-Axis Guides not beeing 100% parallel, and to adjust this i designed these replacement for the fixed Smooth-Rod holder.

I was wondering if the belt on the Y-Axis on my orca would stay on its bearing as there is no guide...

It should work as other useres indicate, and i myself have been running it for quite a while.
As long as everything is perfectly aligned it will work.

But, as the devil never sleeps and as i had one incident where it fell of i decided to make a snap on guide.

Scalable universal stand for anything on a reel. I use this to dispense PLA to my 3d printer but it could be used for anything on a reel. The reels I am using are recycled electrical cable reels and are 280mm diameter with a 98mm hole, these are very common in these parts and freely available. The whole construction is very much like the mendel prusa frame so is made from 8mm threaded rod, nuts and washers.
All the parts print in around an hour each and it is a good project to tidy up your print area and use up some scraps of filament.
This is the third version of this device.

Thingiverse has enough toy boats now, so I designed these segments for a 3D-printable ama/outrigger that could actually be used for hull(s) as part of a wee catamaraft or an outrigger canoe. (Starting with a beautiful excited ms-paint concept sketch that preceded a couple days of thought and a night of CAD :)

en.wikipedia.org/wiki/Ama_%28sailing%29
en.wikipedia.org/wiki/Outrigger_canoe
en.wikipedia.org/wiki/Catamaran

STL and STEP files are provided of original blanks and my 3x2/4x2 model, so that hopefully you can adjust this design to whatever size you want and fittings you have available. A SolidWorks eDrawings file is also available to get a quick look at my suggested assembly. Actual rope lashings are not shown, but I hope you can figure out something as simple as cris-crossing a rope to lash 2 beams together, since representing it in a CAD drawing is tedious. Not all the nails are in this diagram either due to defining mates for either end of the assembly being a pain (I've learned to use octagonal holes outside the X-Y plane instead of circular, for ease of printing).

My current pre-holed versions of these models are adjusted so they should fit nicely with 6ft-long beams of 2x3" or 2x4" wood cut to standard North American softwood lumber dimensions:
en.wikipedia.org/wiki/Lumber#Dimensional_lumber
The design shows 6ft 2x3's in the sides holding the outriggers straight, but this could be achieved with shorter scrap lengths by staggering them along either side. A few 1ft-long 2x4's are shown cut to a roughly appropriate shape, but longer beams would be better, and the lateral beams (aka) are 5ft lengths of 2x4" with a notch on one flat side near either end to aid holding position to lashing points.
The nails shown are some 3mm by 45mm aluminium roofing nails that I've just got hold of (if you're going to use metal fasteners at sea, high-grade stainless steel, admiralty brass or aluminium is a must), and there are holes between each designed section that could be used for 6x25mm dowels.

Not shown in pictures yet is a hole that I added across each bow, which could have rope tied through it for rigging or carrying. The two holes shown at the back could be used for a pivot-and-pin adjustable rudder, so that it can be pulled up when launching/beaching and dropped&pinned into place during strong winds.

I might add some more part designs later to enable a very small sail to be rigged easily; when I have time of course, there are so many other fun and useful projects that I could try working on.

Bonus points if you can build one with a sail, solar panel, battery, Arduino GPS Shield, sensors and actuators, and have it circumnavigate the globe autononmously. Zero-fuel automated freight is one goal that I hope we can aim to develop towards (and past :)

A stand for Cubic Print's excellent filament spool ( thingiverse.com/thing:12744 ).

I used byteborg's remix ( thingiverse.com/thing:16340 ) of the center to save some time but it doesn't matter either way.

You'll need to print the parts from the above Thingiverse listings along with the part on this listing and some get some extra hardware to complete this project. See instructions below for what you need to do.

I'm sharing this file more for inspiration than to download and print out this file. It was custom-made for a project that I've been working on that switches a valve to water plants in the garden. It has a manual switch to control the valve or an Atmel Atmega328 AVR set up as an Arduino that is used as a timer attached to a relay to display information via a 16x2 character LCD and automatically turn the valve off after a adjustable amount of time.

You can read more about it on my blog at:
tinkeringetc.blogspot.com/2012/08/automatic-garden-waterer-part-2.html

SketchUp file is included.

Used to help apply kapton tape to a glass build plate.

I uploaded a .stl file, but you don't want to print one. Use foamboard or wood.