The US$1,400 kit lets you create a fully functional model of the robot from the 80s movie Short Circuit.
The robot is made from Servo Erector Set aluminum brackets, custom injection molded components, and ultra-tough laser-cut Lexan structural components. The torso is fully articulated utilizing 8 x HS-645MG, 3 x HS-475HB / HS-485HB, and 3 x HS-422 servos, and our SSC-32 servo controller. By utilizing heavy duty polypropylene and rubber tracks with durable ABS molded sprockets the robot has excellent traction. It includes two 12vdc 50:1 gear head motors and the Sabertooth 2 x 5 motor controller.
The combo kit includes the powerful Lynxmotion Sequencer Program for PC. You can control the robot from a PC with the included DB9 cable, or use our DFRobot bluetooth/APC220/Xbee modules for wireless PC control.
Video: NASA’s ‘flying saucer’ tested in the upper atmosphere.
NASA is testing a “flying saucer” designed to land on Mars and deliver large payloads to the Red Planet, and the agency has released a spectacular video of a high-altitude test conducted over Hawaii this past June. In it, the Low Density Supersonic Decelerator (LDSD) is brought up 180,000 feet high into earth’s atmosphere, a place where conditions are similar to those on Mars. After confirming that the vehicle could fly in these conditions, NASA then tried to slow the craft down with two new technologies — a funky, donut-shaped “Supersonic Inflatable Aerodynamic Decelerator” and a massive supersonic parachute.
Nanotechnology is an important new area of research that promises significant advances in electronics, materials, biotechnology, alternative energy sources, and dozens of other applications. The graphic below illustrates, at a personal level, the potential impact on each of us. And where electrical measurement is required, Keithley instrumentation is being used in an expanding list of nanotechnology research and development settings.
Researchers have made a new type of watermark that remains invisible until a person’s breath reveals it. Engineers envision the technology being used as labels to fight the sale of counterfeit goods.
"One challenge in fighting counterfeiting is the need to stay ahead of the counterfeiters," said Nicholas Kotov, a University of Michigan chemical engineering professor who led the team that created the labels, in a statement. ”You can verify that you have the real product with just a breath of air.”
Learn more and see a video on the innovation below.