Skip to main content

Solar-powered robot waddles, swims, rolls and lurches in 14 ways

Robots made for kids tend to move in a way that can only be described as lurching. The 14-in-1 Educational Solar Robot Kit puts that expectation to good use with its shambling Zombie-Bot model, but with thirteen other forms, it can also mimic several animals, wheeled transportation, robots, and even multiple seafaring contraptions. As it's equipped with a solar panel you'll never have to have to find a battery charger.The fourteen models are divided into two skill levels. Level one consists of a Turtle-bot, Beetle-bot, Quadru-bot, Boat-bot, Walker-bot, Dog-bot, and Wheel-bot. Level two adds the Roly Poly-bot, Auto-bot, Slither-bot, Surf-bot, Zombie-bot, Crab-bot, and Row-bot.
Conceivably you could design a new configuration as well. The kit allows the user to change the direction of the motor, pack the robot head away in the body, and install the head in different orientations on the gearbox. It also has transparent housing which exposes the gears, as is nearly required in all good kids' toys with moving bits.
The 14-in-1 Educational Solar Robot Kit is priced at US$31.95, or roughly $2.28 per way to chase the cat

Comments

Popular posts from this blog

Nanotubes boost potential of salinity power as a renewable energy source

In November 2009, Norwegian state owned electricity company Statkraft opened the world’s first  osmotic power plant prototype , which generates electricity from the difference in the salt concentration between river water and sea water. While osmotic power is a clean, renewable energy source, its commercial use has been limited due to the low generating capacities offered by current technology – the Statkraft plant, for example, has a capacity of about 4 kW. Now researchers have discovered a new way to harness osmotic power that they claim would enable a 1 m 2  (10.7 sq. ft.) membrane to have the same 4 kW capacity as the entire Statkraft plant. The global osmotic, or salinity gradient, power capacity, which is concentrated at the mouths of rivers, is estimated by Statkraft to be in the region of 1,600 to 1,700 TWh annually. Electricity can be generated through the osmotic phenomena that results when a reservoir of fresh water is brought into contact with a reservoir ...

NES robot mash-up competes in robo boxing tournament

In a move that brings back memories of the  R.O.B.  (Robotic Operating Buddy) that was available for the original Nintendo Entertainment System, Japanese hobbyist Izumi Ninagawa has simplified the controls of a modern fighting robot to work with a Famicom (8-bit NES) game pad – which has one of the most basic button configurations around. The NES-styled robot even competed in a robot boxing tournament earlier this year Ninagawa's XEMNES robot is based on a lightweight kit sold by De Agostini called  ROBO-XERO , which weighs less than one kilogram (2.2 pounds) and is powered by 24 Futaba servo motors. By attaching a Bluetooth dongle to the robot with a special micro controller, Ninagawa was able to take advantage of various wireless controllers, including the Nintendo Wii remote. The remote was then hidden inside the shell of a Famicom, and attached to the Famicom controller using an adapter to complete the set-up. Despite the NES pad's limited number of buttons, variou...

Scientists developing a seawater-desalination chip

Although various  alternative technologies  are being developed, the large-scale desalination of seawater typically involves forcing it through a membrane that allows the water to pass through, but that traps the salt. These membranes can be costly, they can get fouled, and powerful pumps are required to push the water through. Now, however, scientists from the University of Texas at Austin and Germany’s University of Marburg are taking another approach. They’ve developed a chip that separates salt from water.