"Smart cities" is the trendy rubric of modern urban projects that require new innovative ideas to attain the desired perfection in many fields to change our life for the better. In this context, a new innovative application will be presented here to investigate and continuously make the required maintenance of public roads by creating a flying robot for painting the partially erased parts of sidewalks' edges that are usually plated in two different colors; primarily black and white as we suppose here. The first contribution of this paper is developing a fuzzy-logic-based stabilization system for an octocopter serving as a liquids transporter that could be equipped with a robot arm. The second contribution consists of designing an embedded energy harvester for the flying robot to promote the management of available power sources. Finally, as suggested in this project, we present a complement heuristic study clarifying some main concepts that rely on a computer vision-based decision-making system.

Avatars: In this year's inaugural Grands Prix, the locations for which are yet to be revealed, 'telerobotic avatars' named'The Aviators' will sit in the'octocopter' race car The craft sports eight rotor blades surrounding a central carbon-fibre cockpit and is capable of going from 0-62 miles per hour in 2.8 seconds. Lewis Hamilton in a Mercedes F1 car would be able to do the same in around 2.6 seconds

Researchers have unveiled an octocopter that attaches asphalt shingles to roofs using a nail gun and'virtual switch'. This robotic carpenter's software measures the force needed to compress the point of the nail gun and a human operator activates a virtual switch when the robotic carpenter is in place. Researchers have unveiled its roofing octocopter that attaches asphalt shingles to roofs using a nail gun and'virtual switch' The roofing octocopter is the brain child of researchers at the University of Michigan, which is part of the movement to shift humans from'dull, dirty and dangerous job' into'cleaner, safer and more interesting jobs'. 'For me, the biggest excitement of this work is in recognizing that autonomous, useful, physical interaction and construction tasks are possible with drones,' said Ella Atkins, a professor of aerospace engineering and robotics. The team used a system of markers and stationary cameras to enable the drone to precisely locate itself in space and the system was also used to tell it where to place the nails.

On the face of it, NASA's newest probe sounds incredible. Known as Dragonfly, it is a dual-rotor quadcopter (technically an octocopter, even more technically an X8 octocopter); it's roughly the size of a compact car; it's completely autonomous; it's nuclear powered; and it will hover above the surface of Saturn's moon Titan. But Elizabeth Turtle, the mission's principle investigator at the Johns Hopkins Applied Physics Laboratory, insists that this is actually a pretty tame space probe, as these things go. "There's not a lot of new technology," she says. Quadcopters (even X8 octocopters) are for sale on Amazon these days.

No one knows for certain what will happen if an errant drone crashes into a passenger jet. Who wants to find out for sure? Better to keep drones and planes well out of each other's way. One important step is for Congress to pass the Federal Aviation Administration reauthorization bill that's working its way through the Senate this month. Among many other things, the bill adopts some of the strictest regulations for commercial and hobby drones yet. It's way past time to start getting a handle on these flying robots.