One aspect of Make: Outreach that we’re particularly excited about is the Project Pack. As those of you in the maker community know, MAKE magazine and Make: television celebrate the do-it-yourself approach towards technology, and events like Maker Faire and Make: Day present a means of engaging with others interested in doing the same.
But chances are you know someone who looks at all things DIY as unfamiliar, or even daunting and intimidating. This is where the Project Pack comes in handy. You can find it, along with the Outreach Toolkit, by clicking on the Outreach Tools tab at the top of the Make: Outreach website.
The Project Pack is a PDF file containing full instructions for four simple, cost-effective projects, each inspired by a project featured in Make: television’s Maker Workshop, and perfect for incorporating the MAKE message into everyday situations.
If you don’t have room for a full-sized Portable Trebuchet from Make: television Episode 106, check out the Desktop Trebuchet project in the Project Pack, which uses some pencils, rubber bands, and paper clips.
If you were a fan of the Mini Robots that John Park built in the Maker Workshop on Episode 108 of Make: television, but want to start at the basics of robotics and circuitry, check out the instructions for a Simple Motor.
If you were fascinated by the Cigar Box Guitar from MAKE magazine, Vol 04, or Episode 110 of Make: television but aren’t quite ready to hack a tape deck into an amplifier, check out the simple Recycled Instruments project.
All of these projects were designed with the idea that DIY is an empowering process, which will encourage the maker spirit in both experienced makers and those who are building these projects for the first time. Strong partnerships make for great outreach, and the Project Pack is perfect for instructing and inspiring participation in creative activities.
So check it out, and if you build any of the projects, let us know how it went!
2 thoughts on “Make: Outreach Project Pack”
I’ll try it myself, but the instructions for the motor seem a bit off by removing all of the insulation from the tails of the coil and using such thin wire. I’m assuming that it just relying on bouncing for the commutator effect?
I’ve built quite a few of these in the past and while I have no claim whatsoever to the plans, I have a website with instructions for making a similar motor at http://fly.hiwaay.net/~palmer/motor.html (yes, it’s a very old-fashioned web site, but it’s been there a long time without much modification).
Comments are closed.