Audrey has been working her butt off on Lotusaurus Wrecks, with help along the way from Tom, Ed, Tiffany, and other members, to get ready for the Power Racing Series event happening at Maker Faire KC this weekend.
But wait, that’s not all! There’s still a good chance Tiffany’s car “Iron Rose” will be ready to roll at the races as well. I mean, it’s not done right now, but as of typing this we still have nearly 24 hours to finish the build. I guess we can test it during qualifying. ;)
So yeah, if you’re in Kansas City for Maker Faire this weekend, stop by the pits and say “Hi” to us, and wish us luck, and award us some Moxie points… We always need more Moxie points!
A few months ago we connected with some of the women behind Girls in Tech Milwaukee and we talked about collaborating and sharing the joy of making with some local Girl Scouts troops. Well, things are still progressing, but if you’re a supporter of increasing the number of girls and women interested in technology, computer science, engineering, and design, you might want to check out the 2014 Girls in Tech SOLVE Launch Event.
And if you do, be sure to say “Hello!” to Audrey, one of the stars of our Power Racing Series team, as she talks about the engineering involved in designing and building an electric race car. Audrey joined the space last July, and in less than a year she’s gone from “Sure, I’ll drive a car” to “Sure, I’ll rip this old car apart and rebuild it better than before!”
(Oh, Audrey is also a Research Technologist, has attended MIT, and will be doing her graduate studies at Boston University. That’s what keeps her busy when she’s not building electric race cars!)
A few facts about the Power Racing Series: Karen “Cannonball” Corbeil has the most wins (10) over any driver in the series. No other racing series boasts as many wins by women drivers. 6 women have won races in the Power Racing Series. Dozens have contested. This actually gives the PPPRS the highest gender balance of any “motorsport” in the world, and most every other sport too.
Have you heard of littleBits? It’s an open source library of electronic modules that snap together with tiny magnets for prototyping, learning, and fun. If you’re the kind of maker who tends to avoid the Electronics Lab, littleBits might be just what you need to start experimenting with circuits.
If you come up with something cool, we’ll help you post a step-by-step Instructable for it, so others can enjoy your creation. If you need some inspiration, check out some of these littleBits projects.
These events will be free, just bring yourself (and your ideas!) to 2555 S. Lenox St. in Bay View and make something cool with littleBits.
Have you see Velspresso? It’s Milwaukee’s first Espresso Bike, and it was built at Milwaukee Makerspace. Check out this local new story about Rob (one of our members) and the business he’s build around the thing he built at the space.
We did it before, and we’re doing it again! Get ready for Bay View Gallery Night, happening on Friday, June 6th, 2014. Join us from 5pm to 10pm for art from local artists, as well as demos of various things around the space. Interested in learning more about blacksmithing, making armor, screen printing, lasers, crafting with CNC machines, electronics, boat building, tiny electric race cars, fighting with magnets, giant industrial robots?* Come on down!
* While other venues may have a few of the things mentioned, we have all of these things in our 16,000 square foot workshop for crazy people!
We’ve got it loaded up with some 3mm blue filament that was provided by Coex, who graciously donated filament from one of their early test runs last year. We’ve not tried other brands yet, but we’ll get to that soon enough. The Coex filament required bumping the temperature up just a bit, but was flowing smoothly at 235.
The design of the TAZ is really nice, with a mixture of extruded Aluminum, 3D printed parts, and laser cut parts, each being used where they make the most sense. The extruder is held into place with a French cleat style groove, and one bolt, which should make it easy to remove in the future if we need to do maintenance or repairs.
For Milwaukee Makerspace members, if you’re looking for more info or to get trained, check the wiki page. If you’re not a member, come to an open night Tuesday or Thursday at 7pm if you want to see the TAZ or ask any questions about it.
LulzBot is know for producing and selling open source 3D printers, and in the spirit of open source, they do their best to give back to the community. In the past they’ve helped make Slic3r better, and more recently they’ve done a printer giveaway to hackerspaces… and yes, we’ve been chosen!
We (as a space) acquired a 1st gen MakerBot Replicator (the one with the wooden frame) and it’s served us well (ok, we never quite got the second extruder working, and it was down for repairs more than a few months last year.) Anyway, the MakerBot has been our best 3D printer to date, but with a LulzBot TAZ on the way, we’re really hoping to up our 3D game to include bigger and better prints, and hopefully explore new materials like Nylon, wood, and NinjaFlex. Being fans of open source ourselves (a makerspace is all about sharing!) it’ll be great to have a high-quality printer for our members as well as events like the Milwaukee 3D Printing Meetup.
Once we get the TAZ in and up and running, we’ll share the results. Thanks again, LulzBot!
Those who know me know that besides being cheap (hey, it’s part of being a maker and being DIY) I tend to use cameras a lot. Well, on occasion camera related things break, or I’ll need a part that doesn’t exist yet, or exists, but it too expensive, or isn’t designed right, or whatever.
All of the issues mentioned above lead me to create “CAMS” the “Camera Accessory Mounting System”, which will be a modular system that allows me to mount things to cameras, and mount cameras to things.
The connecting pieces of CAMS are 3D printed, and design is happening in OpenSCAD. The other parts of CAMS consists of standard 1/4″ hardware, nuts, bolts, screws, etc. There are also knobs that fit onto the nuts to allow for easy finger tightening.