Making a robot can be an incredibly rewarding experience. It’s the perfect combination of creativity, engineering and problem solving. However, if you’re just getting started in robotics, it can also be overwhelming. To make things easier for those who are just starting out, we’ve put together some tips and tricks to help makers bring robots to life! From the basics of assembling your robot to software implementation, these pointers will give you everything you need to get started on your robotic adventure!
Kurt is a machine with four injection needles and Chinese ink. Attached to the upper arm it tattoos an enduring symbol on the user’s skin. Kurt is an extreme example of the human-machine interface. The intervention is aimed at rising the awareness of the close connection between the individual and the machine, in a bond as long-lasting as the drawing itself. Link.
Marc writes “This is an technology/art collective that makes interesting, MAKE-worthy projects. The link goes to a CO2-monitoring/flower planting robot. They apparently have a lot to do with NASA robotics”… Link.
Cute project – Recently many kind of robot contests have being opened and some interesting reports of the challenge are found on the web. The Line Following is a kind of the robot contests to vie running speed on the line. I build a tiny line following robot which can run on the desk, moving the key board aside will do. It is for only a personal toy reduced its size less than one fifth compared to typical line following robots, not in formura. Link.
MAKE Flickr pool member wirehead writes “I’m bringing up the gen2 circuit board. This should be the sort of thing that a qualified electrical engineer would whip out in a matter of minutes. But, I’m a programmer who likes to mess around with technology, so things sometimes take a little longer than they ought to. Or I connect power to ground and ground to power. I do that sometimes, too. But now, I can program this board to do stuff, once I get the LEDs all soldered up. Soon, you will start seeing this board in my light art”… Link.
Battle Kits are designed along the lines of the most successful combat robot ever: BioHazard. We started with some of the key features in BioHazard and developed four rugged, low-profile, high-performance, mobile platforms on which you can build the next killer robot! Thanks Doug! Link.
Grower is a small ‘rover’ vehicle which navigates around the periphery of a room. It hugs the room’s walls and responds to the carbon dioxide levels in the air by actually drawing varying heights of ‘grass’ on the walls in green ink. The Grower robot senses the carbon dioxide (CO2) level in the air via a small digital CO2 sensor. This sensor is mounted high on a wall of the exhibition space and sends data wirelessly to the robot. The number of people in an exhibit space breathing in oxygen and exhaling CO2 has an immediate effect on the sensor. My robot takes a reading of the CO2 level every few seconds and in response it draws a vertical line in green ink on the wall. Thanks Doug! Link.
Hektor consists of a suitcase which contains two electric motors, a spray-can holder, toothed belts, cables, a strong battery and a circuit board which is connected to a laptop and controls the machine. The motors that are mounted onto the wall suspend the can holder through the toothed belts and define its position by changing the length of these belts. Thanks Doug! Link.
