Ideas Matter




#NOTGLASS v2-Beta Modular Headset Frame

Not Stylish, Not Subtle, #NOTGLASS


Director Casey Neistat, SXSW 2014

The #NOTGLASS project began as an exploration of the Digital Divide, focused on Google Glass, during the 2013 SXSWi (South By Southwest Interactive) conference in Austin Texas, consisting of a cardboard box, Android phone, 3G Wifi Hotspot, and powered speakers. The conversations and experiences gathered while interacting with conference attendees inspired the idea that users should be able to easily expand wearable headset platforms.

The 3D Printable Kit available for download


Where the incredible Google Glass project drives tightly integrated, minimalist hardware design for delivering contextually filtered information to the user, #NOTGLASS aims to ultimately provide a modular platform for integrating hardware from a variety of sources, much like the early IBM compatible PC motherboard. A platform for head mounted, wearable computing experimentation will enable users to discover new ways to bring the world around them and the internet together.

The current incarnation of #NOTGLASS is 3D printed, made up of modular interlocking parts that align to rail-mounts. Hollow spaces run through each modular part to allow for cable routing. Applications are limited only by the imagination, anything from BCI (Brain Computer Interface) headsets, to 3D laser environment scanning, to 360-Degree video capture.



Helopter Model

Found this way old model in the archives. Is this cool enough to 3D print? 

3D Printed Dragonfly Model

So far so good. Three months and counting with the Makerbot Replicator 2X at home and I'm still discovering new things about what's possible with 3D printing. 
The Dragonfly model is almost done. Each wing is independently adjustable with its own ball joint. Cutting features to allow assembly screws was an interesting process. Need to think about colors, leaning towards a blue-grey at the moment, but I'm open to any suggestions. Still needs work on the tail, maybe adding landing gear, etc.
Wing ball & socket engine assembly print. The two parts screw together and are mounted onto a u-bracket that holds the 3 other wing/engine assemblies. 
Tail print. The fuselage & slides into the tail with a screw that holds the two together. 
Fuselage print. The cockpit is printed separately & the two interlock with a screw that comes up through the bottom. 
Trusty old TrueSpace, the 3D modeling pkg I've been using since the early 90's is showing its age. Some operations took a little more effort than they probably should have, what with crashes and wierd behaviour during object fusion, or cutting. 
Here's a video of the Makerbot at work, printing an earlier version of the engine/joint assembly. 

Dual Fold Dual Touch Smartphone

Samsung announced an interesting dual display smartphone recently. Here's my take on the flip phone concept from a few years ago. I came up with a ball joint that allows the two displays to be oriented in the familiar clamshell and a new tablet mode.

Copy/Paste between Apps running on the displays would be useful while in clamshell mode. Tablet mode would span whatever is on screen across both displays.
Note the Android 1.x-sh incoming call screen on the upper display, lol. 

Makerbot Replicator 2X / Dropship Build



Unwrapped a new Makerbot Replicator 2X 3D printer this week. After printing one of the test models, I dived in with a 20 year old Scifi Dropship 3D model I built back in the day using Caligari Truespace ver 1.0. The Dropship model has a fair amount of challenging geometry for the Makerbot, including overhanging features that extend above portions of model itself. The Makerware software that comes with the printer added breakaway support structures to prevent drooping during the build. Playing around with the Makerbot Rep 2X, I definitely get the feeling that things will never be the same going forward. 

Click here for the: Makerbox Replicator 2X Unbox/Dropship build photo album