Draw the shapes and embellish them until they become your own robo-town. Turn some of the bits and bobs upside down or sideways, and you’ll find unusual shapes reveal themselves. Similarly, if you want to create an unusual, mechanistic environment, try taking old pots, pans, cans, perfume bottles, widgets and doo-hickys from your cupboards, and assemble them into something resembling a townscape. A good exercise is to go into a typical garden shed, DIY toolbox or an ordinary kitchen for that matter, look at all the gadgets you can see and, (with the appropriate permission!) try assembling some of the objects into a mechanical creature. Think of other mechanical devices that might be used on your robot to emphasis its metallic nature – TV dishes instead of ears telescopes for eyes springs and shock absorbers for the arms and legs rivets and screws pressure gauges and flashing lights.Alternatively, I’ve created robot faces made from a TV screen before now, so that a variety of expressions could be shown in a plausible way. It was easier to imagine them being animated that way. I tried to think of a robot face as being made up of cogs, hinges and widgets that moved about in a mechanical way. Logically, robot faces won’t naturally have any mobility, as they’ll be made of metal, so you’ll have to cheat like crazy to enable them to show emotion. Immobile and expressionless robot faces like those of the Cybermen (for me, always far scarier than the Daleks!), are really creepy. If you’re dealing with small children you’ll have to invest your robot with some personality. I also wanted a grungy, mechanical look to my robots, as if they’d ‘grown’ out of a junkyard, or been re-discovered in a Victorian inventor’s old laboratory, rather than having a shiny, hi-tech appearance, so these are some of the things I thought about… I wanted them to look properly 3-dimensional and work from all angles, partly because I had a secret hope that one day they’d make it to the TV screen as animated characters. They might serve as handy do's and don'ts. Stick a few rivets on the body and you’re done.īut if you want to try something more complicated, I’ll point out a few problems I remember encountering when I was drawing my characters in Little Robots. Their faces need consist of nothing more than circles, triangles and rectangles. Their hands can be simple pincers or suckers like those of the Daleks. Robots can have two legs or three or more they can have wheels or tracks or jets to fly with. Arms and legs don’t have to be complicated things with joints and muscles, they can be metal tubes, like those of Bender in Futurama. (Will be available in Mac OS X, Linux soon.If you take the simple approach, they can be easy to draw because you need only work with the most basic of shapes. Main Controller: Makeblock Orion (Arduino UNO compatible).Fork itġ20° of an annulus (exradius 208mm, inradius 168mm) MDraw is an open source project hosted on Github. (Will be available in Mac OS X, Linux soon.) Support zooming, rotating, mirroring, and moving the SVG graphics Support custom settings of motor direction, drawing range, etc Support both pen drawing and laser engraving Support mScara, mSpider, mEggBot, mCar, XY mDraw is a powerful software designed for mDrawBot. The assembly instructions can be downloadedĪfter installing the mDraw software, you can import images and make the robot draw them. We provide the detailed assembling instructions and you can build any configuration in an hour. Installing a chalk instead of a pen, it can draw on the floor.Įach mDrawBot kit can be assembled into any of the 4 different configurations. It can draw its own movement tracks on flat surface. MCar is a three-wheel robot car, which contains two stepper-motor-drive wheels and a ball-caster wheel. It can be used to write letters, draw expressions on spheroid, or draw Easter eggs. MEggBot is designed to draw on things that are improbable to print on, such as eggs or ping-pong balls. Theoretically, its drawing range can be expanded by increasing the length of the strings. Two stepper motors control the movement of mSpider though strings. MSpider is a drawing robot which can draw pictures on a wall or a white board. You can also turn mScara into a desktop laser engraver replacing the pen with a laser diode. Adding a pen on mScara, it can draw pictures on a flat surface. MScara is a SCARA (Selective Compliance Articulated Robot Arm) driven by stepper motors. ![]() And comes with a specially-designed software named mDraw to control these robots. This kit consists of over 60 components, including beams, brackets, motor, etc. DrawBot is a 4-in-1 drawing robot kit, it can be assembled into 4 different configuration drawing robots: mScara, mSpider, mEggBot and mCar.
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