Digital fabrication tools have revolutionized the way designers, engineers, and artisans express their creativity. With the right resources, you can learn to use these powerful instruments in no time! Whether it’s 3D printing or laser cutting that interests you, these articles will provide useful tutorials and inspiration for makers of all levels. Discover how digital fabrication can open up new possibilities so that your craftsmanship is truly extraordinary!
Not satisfied with the stock tachometer on your car? You could buy an aftermarket kit, but for something truly unique, Pete Mills decided to design and build his own. He calls his creation “blueShift,” which, although possibly optimistic about the speed he will be able to achieve in his Ford Fiesta, is, nonetheless, incredibly cool. […]
13 year old Clay Haight made his own wearable smart glasses, inspired by Google Glass and the pages of Make: magazine.
If you thought 3D printing pens were just interesting toys, here’s something that might change your mind, a freehand 3D printed quadcopter propeller. The way it was made was quite interesting, and would be tough, if not impossible to duplicate with a “traditional” 3D printer. The surface of the original blade was simply traced with […]
Bilbao’s post-industrial neighborhood Zorrozaurre is ground zero for an emerging maker culture and economy.
This “Gamegirl” 3D printed Gameboy replica by Adafruit features some seriously upgraded hardware to mark the original’s 25th anniversary. The Raspberry Pi processor allows it to run Gameboy, or even MAME ROMs, and the color touchscreen allows for much better graphics than the original’s grayscale display. Adding to these significant upgrades, the built-in rechargeable battery […]
Evolve looks like a pretty cool game. We’re not a gaming blog though, so I won’t even get into how interesting I think the ideas are behind the gameplay. Just a hint, this was made by the same team who created Left4Dead. What we like here at Make is making stuff. There must be a […]
Kokopelli and Antimony are parametric, comparative, implicit frameworks for computer-aided design. Currently, kokopelli is suitable for 2D and 3D modeling and PCB design, and Antimony, intended to be kokopelli’s spiritual successor, is experimental and under active development.
