Welcome to the third installment of the Make It Last Build Series and contest, sponsored by Microchip and Energizer. Over the next five weeks, we’re going to be working on the third project, a cool mural drawing machine called the Drawbot. With two stepper motors, some monofilament line, a binder clip, a Sharpie and a microcontroller, the Drawbot draws cubic Bezier curves, circles and can move from one point to another accurately. Here’s a video of the Drawbot in action!¨
The contest part of the third build will be a simple drawing (as in names pulled from a hat, not a drawbot drawing). To be eligible, post your images on our MAKE Flickr pool, tagged “makeitlast.” We will draw a first and second place winner from that tag pool. The prizes for the third build are as follows.
First Prize
- Explorer 16 Demo Board
- $50 Maker Shed Gift Certificate
- Energizer® Night Strike Swivel Light
And the second prize winner will take home:
- F1 Evaluation Kit
- $25 Maker Shed Gift Certificate
- Energizer® Night Strike Swivel Light
Sign Up for the Newsletter!
Be sure to sign up for the weekly newsletter, if you haven’t already. Just fill out the form below. This will sign you up for this series and all future contest/project newsletters. If you participated in the first two builds you’ll still be signed up.



Are there any distributors working with Make that have a bulk set of parts for this build?
This was cool to find. I actually just yesterday started making some Processing simulations for a plotter like this:
http://www.markroland.com/portfolio/hanging-plotter/mouse-follow/
http://www.markroland.com/portfolio/hanging-plotter/key-control/
I’m excited to see more details. My goal is to finish the Processing simulation and translate that to control code for arduino and stepper motors.
This was cool to find. I actually just yesterday started making some Processing simulations for a plotter like this:
http://www.markroland.com/portfolio/hanging-plotter/mouse-follow/
http://www.markroland.com/portfolio/hanging-plotter/key-control/
I’m excited to see more details. My goal is to finish the Processing simulation and translate that to control code for arduino and stepper motors.
This was cool to find. I actually just yesterday started making some Processing simulations for a plotter like this:
http://www.markroland.com/portfolio/hanging-plotter/mouse-follow/
http://www.markroland.com/portfolio/hanging-plotter/key-control/
I’m excited to see more details. My goal is to finish the Processing simulation and translate that to control code for arduino and stepper motors.
This was cool to find. I actually just yesterday started making some Processing simulations for a plotter like this:
http://www.markroland.com/portfolio/hanging-plotter/mouse-follow/
http://www.markroland.com/portfolio/hanging-plotter/key-control/
I’m excited to see more details. My goal is to finish the Processing simulation and translate that to control code for arduino and stepper motors.
// What's Trending
Raspberry Pi Design Contest
Maker Faire: Day One
Maker Faire: Day Two
A Photo Tour of Maker Faire
Seventeen Sneaky Secret Hides
Arduino Announces New Wireless Linux Board
10 Things to Connect to Your Raspberry Pi
The Road to the I/O Sensor Network
// What's Shared
A better way to slice a pumpkin
DIY Nerf Darts
In the Maker Shed: Minty Boost USB Charger
100 Dollar Store Organization Ideas for Craft Rooms and Beyond
Mad’s Mouse House
Lace Princess Crowns
I Have a (Puzzling) Dream
Play the Rings of a Tree Trunk Like a Record
// Most Commented
DIY Hacks & How To’s: Get Emergency Power from a Phone Line
Resin Casting: Going from CAD to Engineering-Grade Plastic Parts
Ten Tips for Screws and Screwdrivers
Ten Tips for Better Measurement
Makers on TV: Big Brain Theory
Pitches with Prototypes: Solar Tracker
Tool Review: BioLite CampStove
Grow: A Portable CNC Router System
Trending Topics
Get our Newsletters
About Maker Media
Subscribe
to MAKE!
Get the print and digital versions when you subscribe