Nine Strange Flying Robots from the 2015 Drone Show

In the past year, drones have crashed onto the White House lawn, hauled radioactive cesium to the roof of the Japanese prime minister’s Tokyo office, and swooped above battlefields in Iraq and Ukraine. The future of drone design is an area with huge importance for companies and for the military. At the recent Unmanned Systems 2015 show in Atlanta, Georgia, that future was on display. 

Hosted by the Association for Unmanned Vehicle Systems International, the show brought together drone makers, military types, and business leaders from around the globe. (Google founder Larry Page was spotted briefly on the showroom floor.) All were looking for the next thing in UAV design. Here’s a look at some of the most interesting, innovative and outlandish drones Defense One ran across. 

1. The SnowGoose BRAVO from Canada-based Mist Mobility Integrated Systems Technology, or MMIST, is an update to the company’s SnowGoose CQ-10A cargo drone. The original played a role in US Special Operations Command missions for years. The SnowGoose is an autogyro, an aircraft whose rotor serves as a stabilizer while motive power is delivered to the propellor. Unlike a helicopter the main rotor of the BRAVO does not need mechanical power once the drone is flying. 

2. There are two types of Hummingbird drones. First, the famous AeroVironment
Nano Hummingbird, developed under a grant from the Defense Advanced Research Projects Agency. Then there’s one which looks more like an enormous, six-propelled pressure cooker. Reference Technologies is marketing this Hummingbird II for airborne delivery and situational awareness. It has a ceiling of 14,000 feet and a top speed of 60 mph.

 
3. In March, a massive cyclone named Pam swept across the small island nation of Vanuatu, killing 11 people, displacing almost 200,000, and destroying more than 96 percent of the nation’s food crops. To assess the enormous damage area, relief workers used a five-pound foldable drone called the Indago VTOL Quad Rotor from Lockheed Martin. VTOL stands for vertical takeoff and lift.
 
4. The Eturnas D, a semi-solar-powered drone from DII, has a seven-foot wingspan and weighs just 10 pounds. Solar-powered drones aren’t new, but integrating them into new frames is an ever-evolving art. The Eturnas can fly for six hours at 27 mph or 1.2 hours at 45 mph.

5. The diesel-powered TANAN, marketed by Airbus Defense and Space, represented here at about one-quarter its actual size, stands 17 feet long and 6 feet high. It requires one operator, looks like something from a Saturday morning cartoon show, can carry a maximum payload of 176 pounds, and can reach 93 mph—but not all at the same time.

6. Part unmanned Osprey, part Transformer, the Lotus from Joby Aviation was developed in concert with NASA. Its wingtips transform into propellers to provide vertical lift like a helicopter. Once aloft, the tips fold back and the tilting tail rotor takes over to reduce drag and allow cruising. “A future 275 lb.-class hybrid-electric UAV development of this configuration has the potential to become the first VTOL aircraft to achieve 24 hour endurance,” the website says, hopefully. 
 
7. The flying disc-shaped Radeus from  Radeus Labs features two sets of counter-rotating blades. During vertical lift, the blades spin at 60 mph, pulling the saucer off the ground. But when the drone moves forward in the air, the vehicle converts to an autogyro. Its maker, Ray Hayden, says that he’s achieved the vertical lift portion on a similar model but not this one. He came to Atlanta seeking partners and investors.
 
8. The ECA/Infotron IT 180 features a strange looking counter-rotating propeller design giving it the appearance of a spinning top or, perhaps, a mutant dragonfly. The electric version is good for an hour’s flight before recharging and reaches a ceiling of 14,700 feet.

9. Looking like a cross between the IT-O interrogator droid from Star Wars and a disco ball from hell, the All-Terrain Land and Air Sphere, or ATLAS, from Unmanned Cowboys is a rotorcraft with a spherical “exoskeleton.” The frame protects it when it crashes and enables the operator to adjust it and put it back into flight without touching it. It’s ideal for those situations when you may want to throw a drone into a room to collect intelligence but don’t want to go in and pick it up when you slam into the doorframe.

DefenseOne: http://bit.ly/1J5PxKp