Why settle for a simple Scooba to wash your floors when you can get a ReadyBot to clean your entire kitchen? The prototype loads your dishwasher, cleans up the mess on your counter, and even takes care of leftovers. Created by a group of engineers from Silicon Valley, the team hopes to have them on the market in approximately two years. They also say that being made of commonly available parts, the bot will be affordable for us common folk. We say, “Sign us up.”
Read More | ReadyBot
Can the military ever have enough robots? Apparently not. An iRobot team devised the packbot Griffon, a prototype that combines with a steerable parafoil system. Controlled by radio and running on gasoline, it attaches to the Ozone Razor with two hang points. The kit was meant to be carried by soldiers or civilians for search and rescue missions. We understand that it never went past its practice runs and we suspect that it was forgotten in lieu of newer technology.
Read More | c/net
In downtown Atlanta, Rufus Terrill didn’t like some of the folk who were hanging around his bar, O’Terrills, so he built himself a simplified robocop which he controls by remote. Consisting of an old meat smoker that he says still smells like chicken, a spotlight, an IR cam, a water cannon and a loudspeaker, the bot stands 4 feet tall and weighs 300 lbs. Apparently the silly looking device is working since Terrill says there is a lot less “action” going on near his tavern. Check out the video to see it put through its paces.
Read More | ajc
When Endeavor takes off this week, it will have more than a paper airplane and space boomerangs for the astronauts to play with. Dextre (for dexterous) will have to be built once he arrives on the ISS, for he is 12 feet tall with multi-jointed 11 foot arms. Costing about $200 million, he is tele-operated and will attend to some of the station repair jobs. Apparently the Canadian bot has a sensitive touch and precise control even without legs.
Read More | CSA
This automated gymnastic bot is more talented than most humans we know. Earlier studies showed that walking robots needed pressure sensors on the soles of their feet. Take this a step farther and this one features a layer of urethane foam which have been embedded with LEDs and photodiodes. When the light disperses in the foam it is detected by those diodes. All we know is that the robot is incredibly impressive as it goes through its acrobatic routine.
Read More | BotJunkie
It looks like SOTAB 1 isn’t the only bot that will soon be attacking oil spills. Designer Ji-hoon Kim’s OSP robots may look like Roombas but love the water. Each has a computer system that plans and controls its motions, a GPS system and radio antenna to communicate with its fellow modules, boom connectors for hooking up to others, a solar panel to collect energy, and an inflatable boom that rolls out for protection. With their small size, they can be moved quickly to the site by boat or helicopter. We hope this is one prototype that becomes real before the next large oil spill.
Read More | Yanko
For the hunters in your life that still don’t get it that it is not okay to kill animals for sport or clothing, this prototype collection by designer/robotics teacher French Cadet is the gift for them. Walk in a room and the eleven Hunting Trophies will flash their eyes in red, orange, or green, turn their heads and move them up and down, and open and close their mouths. Here’s where the payback comes in. The closer the visitor gets, the more aggressive the bots become and will growl. Walk past them all and a chain reaction of snarling will occur. Created out of I-Cybie robots and individual programming, they each have an infrared sensor that can detect the amount of people in the room and their movements.
Read More | Trophees
Researchers from Osaka University have developed SOTAB 1 (Spilled Oil Tracking Autonomous Buoy 1) with imaging sensors that can spot globs from a distance. The GPS bot dives down and when it senses something that resembles oil, floats back to the surface and “swims” towards the oil spill. SOTAB then helps cleanup crews by providing data on wind speed, and depth and temperature of the water. Still in the developmental stage, head researcher Naomi Kato hopes the 243 lb. robot will be available commercially in a couple of years.
Read More | Pink Tentacle
RoboPorter has taken up residence in Japan’s Kita Kyushu Airport. Standing 4 feet tall, travelers walk over to him and tell him where they want to go. They can also use a touchscreen with a map for identification. RP can handle luggage up to 110 lbs. and can inform patrons with airport information without asking for a tip. We are thinking that this would be a terrific application for grocery stores. Not only could they carry our groceries, perhaps they can be programmed to shop as well.
Read More | Digital World
Zoe is learning cartography. The robot contains a hard disk with a basic map with data from ASTER (Astrobiology Science and Technology for Exploring Planets,) an infrared spectrometer on NASA’s Earth Observing Satellite. It works on about a kilometer of area at a time and takes one astral image/second. So far the bot is working on differentiating clay from basalt, with the researchers hoping that someday a similar device could be sent to a planet like Mars, where we won’t be tripping around for quite some time. Zoe has already mastered avoiding obstacles and fair-field sensing, simple for humans, but not for bots.
Read More | Space Daily
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