Since Margot Krasojevic’s conceptualization of the dragonfly bridge, it was only about time that flying vehicles came to light. Dubai is fast-tracking this reality, test-flying a two-seater taxi drone that transports passengers autonomously.
The [Autonomous Air Taxi] is environmentally friendly, powered by electricity, and the prototype version has a maximum flight time of 30 minutes, at a cruising speed of 50 km/h (31 mph), and a maximum airspeed of 100 km/h (62 mph).
As it would, the notion of a crew-less flying taxi may be somewhat petrifying. However, the AAT comes with emergency parachutes and batteries, so you can rest — or fly — easy. Developers also plan to create an accompanying booking app, much like Uber, but for the skies.
“Encouraging innovation and adopting the latest technologies contribute not only to the country’s development but also build bridges into the future,” Dubai Crown Prince Sheikh Hamdan bin Mohammed said in a statement.
Dubai hopes that by 2030, 25% of transportation methods will be autonomous. With many organizations working towards a more efficient traveling system, there is much to look forward to in the future.
Showing off an arsenal of life-saving capabilities, drones have been tending to rural patients at a shocking rate. Treatment lies in the form of deliveries, mostly medical tools and blood packets. In any event, the machinery itself hasn’t yet made any direct rescues — until making its way to New South Wales. On account of his search drone, lifeguard Jai Sheridan managed to save two drowning boys.
“I was able to launch it, fly it to the location, and drop the pod all in about one to two minutes,” Sheridan said.
The drone, meant to scout for sharks, ejects a detachable floatation device. The boys, about half a mile into the water, safely paddled to shore on the floater. Sheridan’s “miracle” drone isn’t like any other in that you won’t be able to score it at your local Apple store.
It was a sophisticated UAV called “Little Ripper” described by its corporate sponsor, Westpac, as having a carbon fibre air frame and aircraft grade aluminum components.
Drones are tricky things — but their new and improved counterparts are surely making up for past slip-ups.
The humble drone — a handy tool for both aspiring and professional filmmakers and now a staple in medical emergencies. Inhabitants of Irrawaddy River are also fans, as tree-planting drones are restoring their forests thousands of seeds at a time.
The drones, from the startup BioCarbon Engineering, can plant as many as 100,000 trees in a single day, leaving the local community to focus on taking care of the young trees that have already started to grow.
Mapping drones first gather data on an area’s topography and soil quality. A second set of drones then follow the custom map, planting seeds in pods. Machines can plant up to 100,000 seeds a day.
In Myanmar (also known as Burma) the technology will be tweaked to best handle local conditions. Mangrove trees grow in brackish water along coastlines, so the drones will have to successfully shoot the seed pods underwater.
Mangroves protect Myanmar coastlines from storms and provide fish with habitats to grow. Combining the trees with crops could also help locals by means of an income.
The project is a prime example of the positive collaboration between humans and technology. If you were in over your head about robots taking our place in the workforce, perhaps it’s time to reevaluate.
In times of emergency, we rely solely on human action, men or women driving ambulances through winding traffic in the hopes of tending to their patients before it’s too late. Constantly developing technology has allowed such emergency procedures to improve, and now drones are being used to transport defibrillators to people stricken by cardiac arrest.
Researchers tested the idea and found drones arrived at the scene of 18 cardiac arrests within about 5 minutes of launch. That was almost 17 minutes faster on average than ambulances – a big deal for a condition where minutes mean life or death.
The versatile drone, used primarily in capturing live videos, surveying dangerous areas, and monitoring wildlife, is now expanding its areas of expertise.
Drones are increasingly being tested or used in a variety of settings, including to deliver retail goods to consumers in remote areas, search for lost hikers and help police monitor traffic or crowds. Using them to speed medical care seemed like a logical next step.
The researchers used a small heart defibrillator weighing less than two pounds, featuring an electronic voice that gives instructions on how to use the device.
Drones are among a myriad of new machines with a great potential for saving lives. Preliminary testing of drone defibrillators is currently taking place in the Northwestern University in Chicago.