“For the last several years, Harvard has been developing a robot bee. They’ve done some impressive work: their sub-paper-clip-sized, 100-milligram flapping-wing micro aerial vehicle is fully controllable down to a stable autonomous hover. It’s still tethered for power, and there’s no onboard autonomous control, but the robot flaps its wings and flies like an insect, which is awesome. Tiny robotic bugs have lots of potential for search and rescue, surveillance, and exploration, but what’s been all the rage recently is adaptive multi-modal robotics: robots that can creatively handle a combination of terrains, making them much more versatile. With some exceptions, robots are usually pretty bad at this, and with some exceptions, humans and animals are too. There are ground robots that can handle water, and a few flying robots that aren’t totally helpless on the ground, but so far, we haven’t seen much in the way of flying robots that are good swimmers. “
Related Content
Related Posts:
- Self-correcting quantum computers within reach?
- Cosmic Superbubble’s Magnetic Field Charted in 3D for the First Time
- An on-chip time-lens generates ultrafast pulses
- Simple machine may pave the way for more powerful cell phones and WIFI
- Tentacle robot can gently grasp fragile objects
- Clean-tech startup Quino Energy launches to create grid-scale battery infrastructure for greater use of wind and solar power
- Neural net computing in water
- Fast charging over 10,000 cycles: For future electric vehicles, Harvard engineers’ solid-state battery technology points to a leap in performance and reliability
- New on-chip frequency comb is 100x more efficient
- Silicon image sensor that computes