We’ll say this about the AR.Drone’s battery life up to now: it always seemed perfectly suited to our short attention spans. For those able to focus on flying objects a bit longer, however, there’s the AR.Drone 2.0 Power Edition. The quadricopter’s already gotten some love abroad and is set to hit our shores this month, priced at $370 over at that fine purveyor of massage chairs, Brookstone. This time out, the limited edition phone-controlled device brings 36 minutes of flight time (not the first boost we’ve seen from the company), thanks to two 1,500mAh lithium-polymers. Also new are sets of color blades (including black for when you’re feeling a bit stealthier).
Turbulence. A minor bother for us, but a huge issue for enlisted seamen. So-called “ducts” in the lower atmosphere can wreak all sorts of maritime havoc; trapping radar and causing radio comms to travel further than expected and into the hands of the enemy. The Office of Naval Research‘s Ocean Battlespace Sensing Department (rad name, right?) isn’t satisfied with using balloons to keep track of the ducts anymore, and is deploying drones instead, including Insitu’s ScanEagle shown above. The result should be a greater understanding of how atmospheric conditions affect radar and communications, which could ultimately provide a tactical advantage — at least while we wait on those 100-kilowatt lasers.
Aerial drones seem to be the way that modern warfare is headed – as pilots start to “fly” from the comfort of a control room, without having to risk their lives on the battlefield while the drone takes all the fire from behind enemy lines. Well, here is a drone that does not seem suited for the battlefield, as it is small in size, but comes with a feature that no other drone has so far – being able to move about at ground level on its wings. Researchers from Switzerland’s Lausanne Polytech are the ones behind this particular drone, where it remains as a prototype as at press time, sporting a straightforward and familiar configuration alongside a rear-facing propeller. Whenever this prototype hits the ground, however, the wings would have a secondary function – to help it move around.
Known as the DALER (Deployable Air Land Exploration Robot for short), it sports wings that have been mounted on shafts which can be locked or rotated, depending on your choice. While it is on the ground, the drone is capable of shuffling around at 20cm per second, allowing it to handle high obstacles and rough terrain without missing a beat.
It seems every six months or so these photos of Marilyn Monroe from World War II make the rounds on the good ol’ internet machine. At the time they were captured in 1944 she hadn’t yet taken the name Marilyn Monroe, nor had she dyed her curly locks blonde. She was simply known as Norma Jeane Dougherty and worked in a factory in Van Nuys, California. David Conover, the Army photographer who snapped these shots is credited with "discovering" her, as she soon went on to fame and fortune. But there’s one detail about these photos that rarely seems to gets mentioned: Marilyn Monroe, the future sex symbol that would set a generation’s heart aflutter in the postwar era, is assembling a drone.
The woods may be lovely, dark and deep, but they’re also dangerously unpredictable. That’s why the University of Central Lancashire is looking to improve search and rescue technology with AeroSee, a project that incorporates drones to locate missing hikers. The lightweight aircraft, provided by E-Migs, are equipped with cameras that transmit video to nearby ground stations. Analysis is then crowd-sourced by search agents, who scour the images for missing persons, like a high-stakes Where’s Waldo. And that’s where you come in. Tomorrow, July 25th at 12:30PM GMT (7:30AM ET), UCLan will launch a simulated mission where you can log in to its site to scour images for a survivor. The fastest virtual savior will top the leader board and take home a sweet prize. Want to sign up for the search? Head on over to the source link below.
The Oculus Rift will most likely lead to a new genre of first-person games, but it could also make drones a lot more fun to use. For his master’s thesis, Jonathan of Intuitive Aerial is working on Oculus FPV, a drone camera system that streams 3D video that can be viewed with the Rift.
The system uses a Black Armored Drone carrying a laptop and two cameras. The laptop compresses the feed from the two cameras and sends them to a second computer on the ground via Wi-Fi. It’s a crude setup, but it works. According to Intuitive Aerial the current rig has a range of about 160′ to 320′ when using Wi-Fi cards. The video latency is 120ms, good enough for the viewer to pilot the drone at the same time.
That shot of the pilot wearing the Rift reminds me of Ghost in the Shell. Intuitive Aerial said it will improve Oculus FPV if it receives enough interest from potential clients. They should incorporate the MYO armband to Oculus FPV make it more fun to use.
UAVs designed for military use are obviously expensive, but you still wouldn’t want to break even the more affordable recreational variants like the AR.Drone. That’s why Dr. Paul Pounds and his team of roboticists at The University of Queensland are looking into creating disposable drones. One of their prototypes certainly looks the part: it’s shaped like a paper airplane.
The roboticists’ main reason for researching disposable drones is to help monitor forest fires, that’s why they designed the Polyplane to be cheap, easy to build and operate and also biodegradable. I guess the idea is for firefighters and rescuers to be fine with losing a plane or five so they can focus on looking for people in need.
The Polyplane is made from a cellulose sheet that’s been printed with electronic circuits. It’s then cured and sintered, turning it into a flexible circuit board. Like paper planes, the Polyplane can’t propel itself, but it does have elevons that it can use to steer. Head to Gizmag to see the researcher’s other prototype, a drone shaped like a maple seed.
Los Angeles flaunts its celebrity and pumps its cleavage and yogas its fitness and bikinis its summer and juices its vapidity and sells its dream better than any city in the world. We’ve seen beautiful time lapses and showcases of the nightlife of LA before, so here is a deliciously futuristic (and Big Brother-ish) view of Los Angeles from a drone’s perspective. It’ll show you angles of Los Angeles even the paparazzi don’t see.
We know how sensitive the topic of drones are these days, especially we’re going to consider trusting them being food servers or delivering our pizzas without killing anyone in the process. As “fun” as those drones are, there are some scary ones […]
The Oculus Rift virtual reality headset was originally developed with only gaming in mind, but since the company has been sending out units to game developers, the headset has been used for all sorts of neat things. Most recently, the Oculus Rift has given users a first-person view of RC drones thanks to a little hack.
Co-founder of Intuitive Aerial Erik Torkel Danielsson took his company’s Black Armor Drone and paired it with the Oculus Rift. Since the VR headset essentially uses two displays, two cameras were mounted on top of the drone to stream video simultaneously. The drone also has a laptop on board that encodes the video as it’s being received.
From there, the video is then sent to the computer on the ground, from which it is then transmitted to the Oculus Rift. You’re probably thinking this creates a lot of lag, and you’re almost correct, as Danielsson noticed a latency of about 120 milliseconds, which isn’t bad, but it’s ultimately not ideal.
Danielsson and company are working to make the system better, though, including using newer hardware and cutting down the weight of the electrics on board the drone, as well as upgrade the cameras and increase the range of the transmitters.
If you’re wondering what the company will do with this technology, they haven’t mentioned whether or not they plan to sell these kits to the public at some point in the future, but Oculus Rift and drone owners would undoubtedly love to get their hands on this type of technology, and frankly, it’s possible for anyone to do this with a little know-how.
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