Advertisement
more top stories »

Remote Control

— Wearable Electronics

Smart harness could turn rescue dogs into four-legged reconnaissance systems

By - May 5, 2014 2 Pictures
At disaster sites such as building collapses, it's not uncommon to see trained dogs being used to sniff out trapped survivors, often squeezing into areas that are inaccessible by human rescue workers. Now, thanks to a new "smart" harness, such dogs may be able to play an even bigger role, by gathering and relaying vital information on their surroundings. Read More
— Medical

da Vinci Xi Surgical System is ready to flex its arms

By - April 9, 2014 5 Pictures
While many people no doubt still look at Intuitive Surgical's da Vinci robotic surgical system as a sort of "wonder of the future," it's actually been around now for over 10 years. Therefore, it shouldn't come as a surprise that a new-and-improved model has just been announced. Among other things, the da Vinci Xi Surgical System promises a greater range of motion and more reach than its predecessor. Read More

R/C Bullet car sets new world record of 188 mph

Everyone loves seeing a world record broken, especially when it involves exceedingly fast things. Nic Case recently set out to break his own world record for fastest R/C car, and he succeeded, pushing his Bullet car to a whopping 188.87 mph (304 km/h) – and no, that's not scaled down to the size of the car. Read More
— Aircraft

Now you can buy a $60,000 remote-controlled dragon, because why not?

By - March 28, 2014 2 Pictures
A couple of years ago, a man named Rick Hamel created one of the most insane remote-controlled flying machines you'll ever witness. No, it's not an airplane or helicopter, or anything that mundane. Instead, he created a dragon that actually shoots fire and reaches airborne speeds of up to 70 mph (112.6 km/h). Now, this beast is actually for sale via Hammacher Schlemmer, with a staggering US$60,000 price tag. Read More
— Space

SPHERES remote control demonstration bodes well for future space exploration

By - March 13, 2014 1 Picture
Controlling a robot in space from the ground can be a bit like hitting a moving target. There’s a one to three second delay as data passes back and forth between the robot and ground control, which means that operators have to anticipate how the robots will move during these delays. This week, the Lockheed Martin Advanced Technology Center (ATC) announced the first-ever demonstration of collaborative tele-operations that involved control of robots on the International Space Station (ISS) by astronauts on the ISS and operators on the ground. Read More
Advertisement

Subscribe to Gizmag's email newsletter

Advertisement