Plate Sized Flying Robot To The Rescue

A dinner plate-sized robot capable of self-controlled flight will be the hands and eyes of humans in places too tricky or risky to access, or say you're out repairing fence when, you realize you forgot your box of Gripples back inside the house. Rather than waste time back-tracking, why not just have your flying boomerang-sized robot retrieve them for you?

That's the dream of Queensland University of Technology's Professor Peter Corke, who believes the robot, which weighs about a kilogram, will have a range of practical uses from farming to search and rescue. The robotics team is working on a similar scenario. They're developing small, eco-friendly flying robots that could be used as farmhands and/or sidekicks to help workers cover ground quickly or reach to those hard-to-reach places.

"Anywhere you want to look, where it is too dangerous or difficult to send a person, this kind of technology will be really useful". Creating a robot that is easy to control has been the main challenge for Prof Corke and his assistant, PhD student Inkyu Sa, at the robotics department."If somebody can't just pick it up and use it inside of 10 minutes, then I think we haven't done our job right," he said.

"You'll be able to put your suitcase on the ground, open it up and send the flying robot off to do its job," said Faculty of Built Environment and Engineering professor, Corke added, "These robots could fly around and deliver objects to people inside buildings and inspect things that are too high or difficult for a human to reach easily. Instead of having to lower someone down on a rope to a window on the seventh floor, or raise them up on a cherrypicker, you could send up the flying robot instead."

"I want this thing to be able to be used by anyone". While there are small flying devices already available, none have the ability to perceive and relate information like this one. "We're about the intelligence that sits on the flying machine that makes it possible to do somewhat complex tasks," Prof Corke said. The small four-bladed flying robot would be useful in any disaster situation, for example. "There's a lot of things we want to inspect that are inconveniently high," Prof Corke said.

The research team says they are using cost-effective technology to keep the robots affordable. Within the 2 year, they'd like to attach arms to the robot so it will be able to make repairs.