Case for nocko.se/2012/07/30/brain-zapping-is-fun/

This part was made with Tinkercad. Edit the part online at: tinkercad.com/p/acc09c2a15452bef/14

Mount to hold mirrors in an equilateral triangle with adjustable sides

Derivative of the freeside logo.
Challenges the idea of manufacture only being for profit.

Keychain that our hackerspace will be giving out at the 3d printing panel this weekend at Dragon*Con.

Original vector graphics created by Raiford Storey

Why should only people in New York have all the fun?

A work in progress because people always should be....

Derivative of a toy. Challenges the idea that nostalgia must be bought back from corporations...

I've tried to make this file parametric. The idea was to have the gripper and handle resize automatically depending on the dimensions of the arms. That kind of was implemented but you will have to play with some hard coded values to make it work properly. I could use some help with this if anyone is up to it. I'd like to make it snap together as well...

Derivative of Tbuser's filament spool stacker modified to have charles pax's filament spool pre-attached so you don't have to screw it on. Just snap them into place and put the spool on.

Challenges his use of screws... Seriously? 4 screws to add a filament spool? To much work for me...

This is a derivative of the wii remote and challenges the idea that all of a devices features are built into it at the factory...

A swivel clip to attach a Wiimote to a glove and allow it to swing freely in circles. For a game I'm working on. If you are interested in helping me develop this game shoot me an email...

Used lots of stuff from thingiverse.
thingiverse.com/thing:8029
thingiverse.com/thing:7544
thingiverse.com/thing:1299

TODO:
Make it thinner.
Secure the wiimote better.
Make the tolerances tighter.
Make the fabric connector round and smaller.
Possibly add stuff for a diy rotary endcoder. (Might not need to).
Make the game.

This design is derivative on an internet meme. Or rather a thingiverse meme. It challenges the idea of creation for the sake of others and instead is a creation for the sake of self-amusement


BWAHAHAHAHAHAHAHAHAHA

Uses the gangsta, the octopus, both daft punk heads and the pony! Guaranteed to keep you up at night...

Mashup fun! Play with your favorite band! 0 Points of articulation! Literally took me 2 minutes! Exclamation points are fun! Now with less exorcist action!

This design is derivative of the game battleship and challenges the notion that board games need a single designer.

This is an Open Source parametric game design. The rules change based on the number of players, the desired complexity (depth), and the board shape. I encourage people to come up with their own rules to play and their own Celestial Bodies and Power cards (just be fair). I would also love it if someone could help me model some of the stuff I need to finish the game. (I need connecting and stacking mounts, all of the Celestial Bodies, and artwork for the cards) You use different color 3mm bits of filament as markers and as the pegs found on the bottom of the Celestial Bodies themselves. (The bodies will also have holes in them) The board is generated via parametric script so it can be increased or decreased in size to fine tune your game. I will try to add tabs to it so that we can build non-symmetrical game spaces lego style. The hopeful goal, is to see this game played at hackerspaces and conventions all over. If people like the idea maybe we can start an official League.

Thoughts on the game design can be found at linkreincarnate.com/2011/01/celestial-bodies-experiment-in.html

Derivative of thingiverse.com/thing:5702 with arm raised. I burned the thumbs a little because I'm going to use this as a trophy for a gaming tournament. I may just paint it though...

I need help deciding on this or just spray painting it gold. If you won it which would you rather have?

I have been on the 3d printing bandwagon for about 6 months now. It's been a wild ride and it's about to get wilder. I have come across a few articles about 3d printed fabrics and FDM high fashion but none of them seem to share files. This places 3d printed fashion out of reach.

Until now. (Imagine that in the voice of the guy who announces for the movies)

This device is derivative of the Hadouken from Street Fighter. It allows a person to have the video game power of throwing fireballs. It challenges the idea of letting reality rule your life...


THE USE OF THIS DEVICE MAY RESULT IN A DARWIN AWARD
USE AT YOUR OWN RISK I AM NOT RESPONSIBLE FOR ANY INJURY OR DAMAGE RESULTING FROM THE USE OF THIS DEVICE IN FACT I DON'T RECOMMEND YOU EVEN USE IT... MOVE ALONG NOTHING TO SEE HERE

s2.photobucket.com/albums/y44/LinkReincarnate/?action=view¤t=video-2010-11-10-17-27-20.mp4

Derivative of thingiverse.com/thing:4674
Thanks to Sublime for his original Pencil launcher design.

This can be strapped to your arm to fire small projectiles or trigger aerosol cans. It is small enough to fit inside of a sleeve. I also remade the firing latch to require more force to trigger. It fires via pullstring. Ideally you would tie the string to a 3d printed ring to place on your finger for triggering. This would ensure that you had to move your hand out of the projectiles path in order to trigger the device. Ie if this is mounted on the bottom of your wrist you would have to pull you wrist back and away from the gun to shoot it ala spider-man. If it's mounted on top of your wrist you would drop your hand away from the gun to fire it.Always use the safety pin from the original pencil launcher to lock the launcher when not planning a shot.

MRK 2 Barrel Features Glueless assembly and a reinforced trigger post.

Thanks again to sublime for cleaning those latches up for me.

MRK 2 Piston features an extended handle for better grip on the safety.
MRK 3 Piston features thicker arms for stronger rubber bands and better alignment.

A simple pull string mechanism powered via rubber band. The spool posts are a bit long so someone could put a gear on it and use this to power a clockwork contraption or pull string toy. (If you don't need the extra lenth just clip them to size) Or you could use it as a retractable key leash {or lighter leash combined with my bic lighter holster)

Also makes a great powered wheel. Just omit the string and wedge the rubber band between the two shells after pulling it through the center spool. Attach the wheel by the posts of the spool and the shell will turn freely around the spool. A good use for this would be maybe a pull car.

A dummy file for a bic lighter. Use it with boolean operations to create stuff that can hold a standard bic lighter.

Holds a bic (or scripto) lighter so you can tie it to a string or attach it to a keychain. Use it to thwart lighter theives...

A derivative of the bic lighter. Challenges the idea of challenging myself...

Protect your iPad from drops, spills, and drabness. Stick it anywhere... (OK that sounded better in my head) Basically the same as my original Magnetic iPad Mount but with countersunk holes for the magnets and a hole for the drawstring so now they can live on the iPad without fear of falling off. Not printable without supports. (The holes could be replaced with teardrop shapes to make it printable but one side of the string guide would have to get the same treatment. Plus you would need to print it on it's side)

A corner bracket to mount an iPad to something flat. Gives the slightest bit of clearance beneath the back of the iPad and the thing you are mounting it to. Glue some strong magnets to each corner for a quick and dirty iPad refrigerator mount! Print it on it's side to print without supports...
****Bonus****
Also part of the upcoming iPad Pinball Machine...

A button I'm working on for an iPad Pinball table. It uses a part from thingiverse.com/thing:2526. It is failing manifold tests. I ran it through Meshlab but when I re-import it to blender it fails manifold still. I tried to print it anyway but the geared rack part doesn't print well yet. Any help would be appreciated. I'm a blender noob. It will not print correctly without support structures.