I’m Drones are edging evermore into the workplace, transforming the way jobs are done and enabling companies to save time, improve safety, and cut costs all at the same time.
Take this enormous window-washing drone. Built by Latvia-based Aerones, the machine aims to replace those human-operated cradles you’ve seen dangling on the side of huge towers.
Micro-drones are nifty little things: small, fast, and agile. But they’re not the strongest machines around, and are barely capable of exerting more force than a small mouse head-butting your ankle. Until now. Scientists from Stanford University and EPFL in Switzerland have created a micro-drone with a built-in winch that’s capable of lifting up to 40 times its own weight and performing simple mechanical tasks like opening a door.
The key to the design is the use of interchangeable adhesives on the drone’s base: microspines for digging into rough materials like stucco, carpet, or rubble, and ridged silicone (inspired by the morphology of gecko feet) for grabbing onto glass. Both microspines and silicone ridges only cling to surfaces in one direction, meaning they can be easily detached. With these in place, the micro-drones can pull well above their 100-gram weight, exerting 40 newtons of force or enough to lift four kilograms (about eight pounds).
During a military-related event on Aug 4, Venezuelan President Nicolás Maduro came close to being assassinated by a pair of drones. While Maduro escaped unscathed, the attack managed to injure seven soldiers. Various media outlets noted that this was the first known drone assassination attempt on a president. This development was however long in the offing.
The type of drone used in the Venezuelan attack was reportedly a DJI M600 model that can be ordered online for $5,000. Each drone allegedly carried 1 kg of C-4 plastic explosives which itself can be confected from online DIY tutorials – if one knew where and how to look for them.Imagine what would happen if a few C-4 laden drones crashed into an oil tanker truck at a congested traffic stop or an oil refinery itself?Or even a crowded children’s playground? A month since the assassination attempt on Maduro, terrorists in Syria’s Idlib province have begun using drones against Russian military bases in the region.
A group of seven swimmers was in trouble when an undertow whisked them off to sea. Fortunately, a lifeguard drone was deployed to the rescue.
When a group of seven swimmers found themselves carried off into the ocean by an undertow in Valencia, Spain Wednesday, time was of the essence. Though they successfully managed to alert the lifeguards, rapid response wasn’t guaranteed at 230 feet from the beach. Fortunately, an Auxdron Lifeguard Drone was at the scene and quickly flown to the rescue.
According to New Atlas, Diego Torres remotely piloted the eight-rotor General Drones vehicle. Guided by a lifeguard via radio and assisted by the drone’s camera feed, he managed to reach the swimmers in danger and drop a life jacket which automatically inflated upon deployment. The woman in most immediate need of assistance managed to untether it from the vehicle, and save herself from drowning.
Amazon’s drone-centric skyscrapers intended to replace traditional warehouses are old news. The tech giant just patented floating warehouses.
Last June, we reported on Amazon’s patent application for fulfillment center towers: skyscrapers that would replace the traditional warehouse model in favor of modern, drone-friendly versions that could serve as both charging hubs and convenient pitstops for delivery drones to pick up and drop off packages efficiently. According to a 2016 patent which the United States Patent and Trademark Office granted the tech giant today, Amazon realized that making the fulfillment centers airborne, themselves, would serve as one last additional step toward maximizing the idea completely.
Researchers at the University of Tokyo’s JSK Lab have developed a “dragon drone,” made up of several small drones and capable of transforming on the fly, as reported by IEEE. Not only can the drone change into different shapes, like a square or curved line, it can also autonomously decide what shape it needs to change into depending on the space it’s required to navigate.
The name of the drone is actually an acronym, standing for “Dual-rotor embedded multilink Robot with the Ability of multi-deGree-of-freedom aerial transformatiON,” or DRAGON for short. Its design was modeled off of traditional dragon kites, where the tail is made up of a series of smaller, interlinked kites.
The Dropcopter drone is designed to pollen-bomb rows of crops following a pre-programmed route
A large percentage of the world’s food production relies on bee pollination, but what do we do when the bees can’t be relied on? US startup Dropcopter has just demonstrated that it can deliver a 25 to 60 percent boost in pollination rates using autonomous drones to pick up where the bees left off.
Much has been made of the collapse of bee populations worldwide, what the causes might be and what we might be able to do about it. It’s no small issue, given how much of the global food supply hangs in the balance.
Developed by the company behind the Vespa scooter, Gita is a mobile carrier designed to make mobility and transportation easier and more efficient for pedestrians.
A compartment within Gita can hold 44 pounds of cargo such as backpack, a briefcase, or any other items that make walking cumbersome.
The robot uses cameras to track the legs of the person it’s following, memorizing routes as they go.
Seventy two years after launching the iconic Vespa scooter, Italian motor vehicle company Piaggio has unveiled its newest creation: A robot designed to help you get around without a car at all.
Tactical Robotics’ Cormorant can carry up to 1,000 pounds and offers a range of 20 miles while flying at more than 100 mph.TACTICAL ROBOTS
FIVE MEN IN white overalls lifted the stretcher off the ground, one of them taking care to lay a clear plastic IV bag that’s connected to the patient onto his stomach. They marched him toward what looks like a black inflatable dinghy on small wheels, crossed with a fly. The stretcher was loaded in through a hatch on the side, and then the men stood back.
The patient was actually a medical training mannequin, but that didn’t stop him (it, rather) from taking part in the first “mission representative” demonstration of a new aircraft. That bean-shaped thing is called the Cormorant, and it was built by Israel-based Tactical Robotics to make battlefield evacuations—which today rely on helicopters—quicker and safer, thanks to a new design and the fact that there’s no human pilot involved.
Within a single year, illegal drone sightings in New York City have increased by 68 percent.
When New York Gov. Andrew Cuomo vowed to establish the state’s first drone-testing corridor, this is probably not what he had in mind. New York City has seen an increase in illegal drone use of 68 percent from the first three quarters of 2016 compared with the same period in 2017.
The global drone market is enjoying explosive growth. Unmanned aerial vehicle technology is reshaping major industries and creating new ones. In all, drone-powered solutions are projected to have demand that reaches into the tens of billions of dollars.