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Archive: Open source hardware
June 15, 2009
MakerBot raffle results fixed announced
Providence's AS220 Labs just released the results of their recent MakerBot raffle. The lucky winner is our very own inimitable and irreplaceable Becky Stern. Grats, Becky!
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Posted by Sean Michael Ragan |
Jun 15, 2009 12:12 PM
Announcements, Open source hardware |
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June 14, 2009
Needlework brings together programmers, crafters
Nice story about the Open Source Embroidery exhibition and movement over on Wired.com:
The movement brings together knitters, embroiderers and quilters who see parallels between the way they create their crafts and how open source software creators share their ideas. At the BildMuseet (art museum) at Umeå University in Sweden, an exhibition — also called Open Source Embroidery — showcases artworks that use embroidery and code as a tool for participatory production and distribution.
“The idea of collaboration has been made cool by open source software,” says Carpenter, the curator of the exhibition. “But artists have been working like this for a long time.”
Even the differences between needlework crafts and open source software are alike, she says. Embroidery is largely dominated by women, while software is created mostly by men, she says. In embroidery, tiny stitches come together to create a pattern visible on the front of the fabric, while its system is revealed on the back. It’s similar to how software is created.
The arguments about open source vs. free software can also be applied to embroidery, says Carpenter, where artists struggle with questions around borrowing and modifying patterns. “The Open Source Embroidery project simply attempts to provide a social and practical way of discussing these issues and trying out the practice,” says Carpenter.
There's also a nice shoutout to MAKE and CRAFT in the article, too!
Posted by Becky Stern |
Jun 14, 2009 05:00 PM
Crafts, Open source hardware |
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June 11, 2009
How-To: Knap an arrowhead from a beer bottle
(Image courtesy of Kevin Dunn, whose book Caveman Chemistry, along with a bunch of other cool hands-on projects, contains a chapter on knapping in bottle glass. Thanks Kevin!)
Anybody else read Snow Crash? Remember the big scary Aleut who likes to steal warheads from nuclear submarines using only his canoe and handmade glass knife? Remember how, when you first read that book, you kinda wanted to be that guy? Well, I'm here telling you: It's not too late to become the baddest mango-farmer in the world. After all, even Raven had to start somewhere, and apparently chipping an arrowhead out of bottle glass is the "hello world" of the flintknapping user community. Mike Melbourne and Tim Rast's venerable tutorial shows you how.
Posted by Sean Michael Ragan |
Jun 11, 2009 11:00 AM
How it's made, Open source hardware, Retro, Something I want to learn to do... |
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June 8, 2009
3D printing summit this weekend in Providence + MakerBot raffle
(Cupcake CNC image from MakerBot Industries)
Bruce Wattendorf is organizing a weekend of RepRap and MakerBot hacking at AS220 Labs, 115 Empire Street, Providence RI on June 12, 13, and 14:
The team will be building a MakerBot, a DIY open source 3D printer. The build will be organized as a series of sessions, so you can help AS220 build a MakerBot and learn about electronics, 3D printing, and the design of the bot. The meeting will kick off Friday night, June 12 at AS220 Labs (2nd floor) from 7-8:30pm to come up with a schedule for the weekend.
There's no charge for this summit, but you can help AS220 by entering in a raffle to win your own MakerBot: Raffle Ticket for MakerBot Cupcake CNC
3D Printing Summit this weekend: learn about Makerbots and RepRaps!
Posted by Brian Jepson |
Jun 8, 2009 08:00 AM
Open source hardware |
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May 28, 2009
CandyFab 6000
Evil Mad Scientist Laboratories just released a new version of their sugar 3D printer, the CandyFab 6000. It's smaller than previous models, enough so to fit on a tabletop, but still has an impressive 10 liter build volume. From the site:
Here's one of the first objects that we fabbed on the CandyFab 6000: a drilled sphere, about two inches in diameter and layer thickness of 1/15 inch. There's plenty of room for improvement, and finally we have a machine that can be improved.
The machine is designed so that it can be made from scratch-- i.e., without dumpster diving for old HP pen plotters. Three axes of quadrature-encoded DC servo motor control. Timing belts and acme lead screws. Food-safe sugar containment. The body is made from laser-cut plywood with acrylic highlights and stainless steel hardware. (Steampunk-compliant brass thumbscrews where appropriate, too.)
Posted by Becky Stern |
May 28, 2009 09:00 PM
DIY Projects, Open source hardware |
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May 20, 2009
Darth-in-a-bot to pop up at Maker Faire
We got ABS into the MakerBot store (store.makerbot.com) and Marius and Philip of the Whatever Lab in Vienna were visiting and they set up the MakerBot named Martha Vader to sing the imperial march and make a Darth Vader Head. The force is strong with this one.
Bre will be at Maker Faire in San Mateo:
We're going to be showing up at Maker Faire with 3 makerbots and our plan is to run them straight through the entire Faire cranking out 3D objects from Thingiverse and setting them free into the world.We're also going to be on a mission to make robot friends with all the other robots at the Faire!
There is really a huge amount of information on the MakerBot blog. Lots of How-Tos and good examples. Open source all the way...
Posted by Chris Connors |
May 20, 2009 02:00 AM
Maker Faire, Makers, Open source hardware |
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May 17, 2009
Good clean laser fun with 4volt
[Photo from 4volt.com]
Over the past few months I've been watching the amazing and festive work of Jeremy at 4volt.com. Today's find was a diy laser cut caliper.
Here are plans for a simple caliper, handy to have around the shop for measuring thickness and diameters. Anytime I can build something that helps me build something else I am always pleased.The plans should be as accurate as your cutter or printer is, I actually used this project as a collaboration for my laser.
Don't have a laser? Then print your own!
If you don't have a laser you can print the PDF and glue the paper down to any flat material and cut it by hand.
[Photo from 4volt.com]
Another clever idea is his geek coins, since laser cut acrylic seems to be the currency of the early adopter realm these days:
He writes in is concise explanation:
...I posted about a coin that I laser engraved and enhanced with some paint, but did not post step by step instructions. With a recent project for Midnight Research Labs, I had a chance to take some more pictures.I engraved the coin in the regular way and then painted over the whole sheet with a standard acrylic spray-paint.
His technique of bringing out the etching on the acrylic is a handy process. I tried to get my phone's barcode scanner to read the QR chip, but the photo was not clear enough.
The first project I noticed from 4volt was the incredible open source Jansen walker which was posted in the MAKE Flickr pool. Gareth beat me to it, but here is a little more of a great project:
4volt Jansen Walker Beta 1 from a3o Studios on Vimeo.
From the MAKE Flickr pool
The Jansen Walker is based on the work of Theo Jansen who did an excellent Ted Talk. This mechanism is also the basis for the Cajun Crawler.
Gareth mentioned this project and the Strandbeest it is inspired by on MAKE: Talk. Plans for the Jansen walker have been recently updated on the 4volt site.
By keeping an ongoing record of his work, Jeremy is helping his own project development and keeping us a part of his community of making.
Thanks for sharing, Jeremy, keep up the inspiration!
Posted by Chris Connors |
May 17, 2009 04:00 AM
DIY Projects, Makers, Open source hardware |
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May 11, 2009
Bluetoothing a motorcycle helmet
This how-to shows you how to add a bluetooth wireless headset inside of a full-face motorcycle helmet.
Bluetooth Motorcycle Helmet DIY Design
Posted by Gareth Branwyn |
May 11, 2009 03:30 AM
Mobile, Open source hardware, Wireless |
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May 10, 2009
Creating solutions - Worldbike
Worldbike Slideshow: Bicycles as a tool for Development from Ross Evans on Vimeo.
Worldbike designs higher-strength, longer-wheelbase bicycles with integrated cargo capacity. We conduct trial markets to determine the ideal price levels, work with the bike industry to get the best quality parts and frames at the lowest cost, and partner with international development organizations like Kickstart International to sell and distribute the bicycles.
Worldbike was included in the Design for the other 90% exhibition by the Cooper-Hewitt Museum.
[Image from worldbike]
The impacts of the Open Source Bike project will be principally felt in identifying and solving the key design challenges in using bikes in the developing world. Through the distributed brains of the worldbike bike community, we'll be able to mobilize talent that otherwise wouldn't be able to participate in this effort.
[Image from worldbike]
Bikes from Worldbike are actually designed to be used to carry the heavy loads demanded of them by developing world users. The durable frame extending racks provide a stable platform and make the bicycle more appropriate for the applications of carrying cargo. Having a properly designed bicycle makes it less likely that the bike will fail from being used outside its' intended use.
Posted by Chris Connors |
May 10, 2009 09:00 AM
Bicycles, Green, Open source hardware |
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April 26, 2009
G1 PhoneTar
Photo from Connors934 on Flickr
Do you have a phone with a touch screen? Have you tried out some music applications and found the thing a bit awkward to hold? Last year I saw some people messing with guitar application on their phones at the Boston Fab Lab and it got me thinking. When I finally got around to getting a phone, making a PhoneTar was up high on the list of things I 'needed' it for. I did some early testing with the laser cutter for sizing and fit, and the project sat for a while.
When I saw the video of "Kids," the project got reactivated.
Mine is the G1 model of PhoneTar, and though I haven't found many instrument apps for it, I have found that it works fairly well as a stabilizer when taking pictures. It can also work on the dashboard as a way of holding the phone while showing maps, but it would need a way different profile for that.
Want to give it a try? Here is a zip file with the Open Office Draw document I used to cut the part and a pdf of it as well: PhoneTar-G1Tar.zip
To turn it into an iPhoneTar, iTouchTar or possibly a BerryTar wouldn't be too hard, you would need to get measurements of your phone, and change the size and possibly the location of the hole. Different models will have alternate locations for the headphone jack as well.
Looking into the future for the project, I see a need for the right hand to do something. A module down there for strumming or touching contacts would be nice, and could probably be connected to the phone with bluetooth or usb. It would also be nice to have a sound scoop behind the speaker so that it directs the audio towards the audience. A mounted amplifier would be festive as well. It could also be configured for use with the Arduino and Drawdio, both of which can be found in the Maker Shed.
This is not intended to be about a finished project, but rather a step in the Design Process. It does work, but there are many ways it could go from here. My hope is to stir you to action (if you are so inclined) and imagine a new way of seeing your music, phone or other devices. If these ideas gets you thinking, give it a shot and let us know what you come up with!
Posted by Chris Connors |
Apr 26, 2009 03:00 AM
Cellphones, Gadgets, iPhone, Music, Open source hardware, Photography, Portable Audio and Video, Something I want to learn to do..., Telecommunications |
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April 24, 2009
Maker Revolution this weekend in Cambridge
Jimmie has this followup on his announcement for Maker Revolution in Boston this Saturday and Sunday:
The event can pretty much be summed up as a two day extravaganza of makers, hackers, and artists getting together to share cool things they've made, and how to make them. There will be installation art pieces, workshops, and talks. You'll be able to both see an Arduino in use for an art piece, purchase one, and even learn how to use it. There will be workshops as well, so you can learn to circuit bend, or build your own TV-B-Gone with the inventor, Mitch Altman. The Makerbot will also make an appearance, and Bre Pettis will be on hand demonstrating rapid prototyping and how it can change your life.A number of Boston area makers and artists will also be presenting,
showing off some of the their works. This is a good way to find out
about things going on in the area, and how you can become involved.
From building music and sound installations, to designing your own
video games, and even trying a shot of your own DNA. There is sure to
be at least one art piece or talk that you will find interesting. It
is also very conveniently located just a few minute's walk from the
Kendall T stop.
Watch here for updates! If you are going, add your photos to the MAKE Flickr pool.
Posted by Chris Connors |
Apr 24, 2009 12:00 PM
Announcements, Arduino, Arts, Computers, Crafts, Culture jamming, DIY Projects, Education, Electronics, Events, Gadgets, How it's made, Kids, Makers, Music, Open source hardware, Robotics, Science, Something I want to learn to do... |
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April 15, 2009
Sparkfun Autonomous Vehicle Competition
Sixteen teams gathered today to determine whose autonomously-navigating vehicle would be the fastest around the Sparkfun headquarters in Boulder, CO.
Four-wheeled rovers (typically built on RC car platforms) dominated the entries, but there were three flying UAVs, and one spheroid (Nathan, with "labrat", pictured at right). One team had been designed a tethered model rocket to fly the course, but, unfortunately, didn't compete.
The race was structured as 3 heats. Each vehicle got 5 minutes to attempt a run; best time overall won the competition.
The first heat got off to a rough start. Only about half of the robots made it to the first corner of the building, and only the Mookie Mobile Death Pod 3000 made it around the whole course.
A slight wind from the West seemed to be affecting the DIY Drones's ability to precisely line up with the course route. It completed many test runs very well, but its first two official runs were disqualified for slightly cutting the corner of the course. The plane also found itself in multiple trees. The Boulder Fire Department was kind enough to help out with one, and other was low enough to get by hand.
The ground-based vehicles had other obstacles to deal with, including curbs, and people who foolishly think that curbs are a safe place to stand.
After nearly hitting its creator, Ohcraptheresalake! (who later went on to discover the creek) goes after innocent bystanders:
Entrants used the time between heats to tweak their robots according to the lessons learned from the previous run. Death Pod 3000, the only robot to complete the course in the first heat, solidified its lead in the second by lowering its time to 1:28.
In the end, though, the DIY Drones team scored a stunning success with their final try, with Chris Anderson's UAV completing the course in 36 seconds to win the tile!
The competition is over! Diy drones is 1st, with deathpod3000 taking the Engineers Choice award. Thanks for following!!! See you next year!
Jordi launches the DIY Drones UAV:
This robot used sparklers to avoid collisions with pedestrians:
All set on the starting line:
More:
- Sparkfun's coverage
- Sparkfun's twitter feed, with reports and pictures.
- Competition page
- Chris Anderson's DIY Drones Blog
Posted by John Maushammer |
Apr 15, 2009 06:45 PM
Arduino, Flying, GPS, Makers, Open source hardware, Robotics |
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April 13, 2009
Shopbot open-sources their code
The folks at Becausewecan, Oomlout, and others are all a-twitter because Shopbot has opened up their CNC control code, dubbed OpenSBP. Here's what they say about it on the new OpenSBP site:
OpenSBP® is a syntax standard for the toolpath and instruction code used to control CNC machines and digital fabrication tools. As described here, it is in the public domain and freely available for use on any equipment. It may be generated and exported by any software for use on digital fabrication tools.
The OpenSBP Group
The OpenSBP Group is composed of CNC software companies, CNC tool manufacturers, and users supporting the development of this open syntax standard for the toolpath and instruction code used to control CNC machines and digital fabrication tools. The group seeks to develop a standard syntax that is easy for human users to read, is readily implemented by different controllers, and offers more flexibility and extensibility than legacy G-code. OpenSBP® is freely available for use in any CNC or digital fabrication system and companies. The current certification process is described on the Licensing page. All users are invited to participate in the OpenSBP Group community.The core coding format for OpenSBP® was developed by ShopBot Tools, Inc for use on ShopBot CNC routers. It has become attractive to other developers because of its simple, straightforward, and human-readable approach to machine control. ShopBots read g-code as well as OpenSBP but believe that OpenSBP is the most useful and efficient format for anyone not dependent on g-code for legacy reasons.
ShopBot has contributed the syntax, along with full documentation and support resources, to the public domain and it is available on this site. ShopBot encourage the use of OpenSBP® in any CNC tool or digital fabrication product and will continue to work with the OpenSBP Group and community of users on its development. The OpenSBP Group plans to develop an Advisory Board to establish general guidelines for using and expanding the OpenSBP® format and syntax, for managing certification, and for developing supporting documentation including helpful documentation for creating post-processors for OpenSBP®.
OpenSBP
Posted by Gareth Branwyn |
Apr 13, 2009 12:00 PM
Makers, Open source hardware |
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April 11, 2009
CRAFT Video: LilyPad Arduino Bike Patch
In this intermediate soft circuit tutorial, I show you how to make a light-up patch that can be used on your backpack for fun and bike safety. If you missed my LilyPad Arduino 101, you may want to watch that first. The theme of this year's Maker Faire is "Re-Make America" so I thought I'd add some red, white, and blue LEDs to my messenger bag. I added them to a removable patch (from the fatlab, an artist collective I'm part of) so I can easily remove it at the airport, in the rain, etc. I used a rechargeable lithium polymer batter to power the whole thing because it's flatter, lasts longer, and can be recharged instead of thrown away. I also made an Instructable where you can find links to all the supplies I used. You can download the source code and schematic for this project to get started on your own!
Subscribe to the CRAFT Podcast in iTunes, or download the m4v video.
In the Maker Shed:
More:
CRAFT Video: LilyPad Arduino 101
Posted by Becky Stern |
Apr 11, 2009 12:00 PM
Arduino, Crafts, DIY Projects, Electronics, MAKE Podcast, MAKE Video, Open source hardware, Wearables |
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April 10, 2009
DIY wireless flash trigger
Matt Mets points us to this DIY wireless flash trigger project. Very cool photography hardware, and you can make it yourself! Specs:
• Synchs at up to 1/250th of a second
• Approximately 30-meter range
• Triggers through walls and windows
• 4 groups of adjustable flashes
• Remote power level adjustment for "old" flashes (e.g. SB-24)
• Cost of parts ~ €50
• Open source software
Includes schematics, source code, etc.
Posted by Becky Stern |
Apr 10, 2009 09:00 PM
DIY Projects, Electronics, Open source hardware |
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April 7, 2009
Beagle Board-based mobile internet device
Hunyue of HY Research has turned the awesome Beagle Board into a complete mobile internet platform, with a 4.3" touchscreen, battery power capability, some extra side controls, and a CNC case. It won't win any design or beauty contests, but it's still pretty cool.
Posted by Gareth Branwyn |
Apr 7, 2009 11:00 AM
Mobile, Open source hardware |
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April 6, 2009
Open source furniture?
From Wired:
Your next piece of designer furniture could cost less than an Ikea chair--as long as you're willing to make it yourself. Taking a cue from the Linux community and file-sharing services, Berlin-based design guru Ronen Kadushin has started a furniture free-for-all he calls Open Design. It allows crafty consumers to download the instructions, photos, and AutoCAD files needed to knock off his work.
Mod That Table: High-End Furniture Goes Open Source [via EMS Labs Twiiter feed]
Posted by Gareth Branwyn |
Apr 6, 2009 02:30 PM
Furniture, Open source hardware |
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April 2, 2009
Make: Talk episode #005, Friday 12 noon PDT
On this week's Make: Talk, we'll be talking to Tom Igoe, one of the developers of Arduino (the extremely popular open source microcontroller), and the Area head of physical computing at the Interactive Telecommunications Program (ITP), New York University. Tom is also the author of the amazing Making Things Talk (Make: Books). Mark is still on the road, so Dale and I will be joined "in the studio" by Goli Mohammadi, Assoc Managing Editor of MAKE and CRAFT. In addition to talking to Tom, we'll present some news from the world of making, as well as some of our favorite tricks, tips, and tools of the week. Be sure to call in for prizes that we'll award during the program!
More:
Make: Talk episode #003 show notes and next episode
Make: Talk episode 2 show notes and next episode
Make: Talk episode 1 show notes and next episode
In the Maker Shed:
Making Things Talk
Our Price: $29.99
Programming microcontrollers used to require an expensive development environment costing thousands of dollars and requiring professional electrical engineering expertise. Open-source physical computing platforms with simple i/o boards and development environments have led to new options for hobbyists, hackers, and makers. This book contains a series of projects that teach you what you need to know to get your creations talking to each other, connecting to the web, and forming networks of smart devices. Read reviews here and here.
Posted by Gareth Branwyn |
Apr 2, 2009 03:30 AM
Makers, Open source hardware |
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March 24, 2009
Developing Oomlout's robotic arm
Our pals at Oomlout are looking for some open dev love for their robotic arm project. They write on their blog:
Its time to take open source hardware to the people who can make it really awesome, you.
Part of what makes open source software so powerful is the, varied skill sets of the people who work on it. While we at .:oomlout:. think everything we produce is awesome the depth of skill around our offices is admittedly rather limited. We can handle laser cutting and bolt counting but when it comes to math or programming or art we are quickly out of our depth.
Perhaps your an animator with a desire to bring your inverse kinematics knowledge into the physical world, or a researcher in need of an arm to move your beakers, or a puppeteer looking to produce an all robotic arm play, or a teacher looking to excite students, or something completely unrelated.
We would like you to bring your expertise to this project. What we have is a five axis robotic arm design controlled by rather inexpensive hobby servos. (material and cutting cost about USD$150)
We can guarantee it is loads of fun to play with, and we think potentially very useful for more serious pursuits.
How to get started?
We have posted the design files up on Thingiverse along with the parts required to assemble your own (here). There are also photos from different angles to aid in the assembly (3D models to come). If you don't have access to a laser cutter you can download the file for free and have the pieces laser cut at Ponoko (here).
Who knows if we get enough people on board attendance at our developer meetings may grow beyond the oomlout'ers and our cat (and need more than a kitchen table).
In the Maker Shed:
The SERB has a built-in breadboard that sits on the top of the robot. This allows easy access for additional sensors and electronics. It couldn't be simpler to prototype on the fly with this amazing robot.
Posted by Gareth Branwyn |
Mar 24, 2009 03:30 AM
Open source hardware, Robotics |
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March 17, 2009
iPhone OS 3 to talks to accessories in dock connector
By way of Ladyada comes this tidbit from this morning's iPhone OS 3.0 press conference. She writes:
Ryan Block from GDGT has some major news from the iPhone 3.0 press conference, pretty soon you'll be able to make/hack/add any accessories to the iPhone - wow! We'll see some Arduino projects shortly.
10:20AM - Apps talk to accessories via the dock connector and via Bluetooth. Supports standard protocols (playing music, album artwork, etc.) and you can build custom protocols."With iPhone 3.0 we're going to take this to the next level: we're going to enable devs to build custom accessories that talk right to the iPhone." This is exactly what people have been wanting. "You can give the iPhone an equalizer to a speaker system. Here's another example: FM transmitter, which would find the optimal broadcast channel and play your music. Here's another class we think will be interesting: medical devices."
Oh, and in other iPhone OS announcement shockers: Cut, Copy, Paste! (finally) and Multimedia Messaging (ditto).
iPhone OS 3.0 supports hacky accessories
Posted by Gareth Branwyn |
Mar 17, 2009 02:00 PM
Cellphones, iPhone, Open source hardware |
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