If you’ve got drones in different area codes, iPhone has an app for that. MIT’s Human and Automation Lab (HAL) has been able to control an unmanned aerial vehicle (UAV) using everyone’s favorite smart phone. By utilizing the iPhone’s touch screen, tilting sensors, and high speed data transfer HAL is able to manually fly the drone or guide it to follow a prescribed path. In turn, the drone sends back video and snap shots as requested. MIT’s success shows how the controls for UAVs can get smaller, simpler, and easier to use. Watch the three demonstration videos after the break.
Could the iPhone replace the bulky controls of the Raven Drone?
UAVs and other military drones are an important part of the modernization of the US Army. The Raven drone is a light-weight surveillance platform that can be launched by hand. Unfortunately, it’s operating controls are a heavy briefcase like enclosure that has to be lugged around. That sort of discontinuity irks HAL team leader Prof. Missy Cummings. Cummings was once a F/A-18 Hornet fighter pilot for the Navy and saw the UAVs as a great way to prove that drone control could be light-weight, simple, and elegant. Her students were the ones that pointed out they could use iPhones. (They would all have to receive iPhones as part of their research, of course).
The proof of concept tests were done with a commercially available four-rotor spy drone called a micro aerial vehicel (MAV). The drone only cost about $5000 and flew well inside the MIT robotics range. Watching the ease at which the operator controls the MAV it is hard to believe that HAL got the project from conception to demonstration in just six weeks!
It’s kind of crazy what a simple iPhone app can do. Besides manual control, the iPhone operator can cue in locations that he or she wants the drone to travel to called waypoints. There are single touch keys for launch and landing, and streaming video appears right inside the app. All this and the phone can still receive calls, texts, etc.
If the military decides to pick up HAL’s work, it will drastically lighten the load of soldiers in the field and allow them an easier way to manage their drones. Certainly the application could be modified so that a single iPhone could serve as a control for several different drones on collaborative missions.
Outside of the military, commercial drones could find more popularity with the ease of use promised by an iPhone application. In the final video, we see how the MAV can explore a new region with a high level of autonomy using a webcam and laser range finder. That’s good news for everyone from cave explorers, to security guards, to rescue workers. We’re bound to see more people using light weight and simple drones in important roles in the years to come. After all, iPhone now has an App for that.
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What an innovative idea, and a great example of how our Military men and women often time can develop technologies they need on their own, without big government spending, great article thanks.
What an innovative idea, and a great example of how our Military men and women often time can develop technologies they need on their own, without big government spending, great article thanks.
That’s really cool. It just goes to show you how innovative military men and women can take tools and create uses for them that help benefit their jobs.
That’s really cool. It just goes to show you how innovative military men and women can take tools and create uses for them that help benefit their jobs.
iPhone is like the perfect storm for control panel devices. It’s got one of the best consumer level touch screens, a suite of wireless communication hardware, and a fairly open API. This is a great foundation for creating interfaces to any sort of RC device.
iPhone is like the perfect storm for control panel devices. It’s got one of the best consumer level touch screens, a suite of wireless communication hardware, and a fairly open API. This is a great foundation for creating interfaces to any sort of RC device.
Very interesting tech but commercial applications will be limited by local & federal laws currently on the books that tightly regulate UAV operation.
I wonder if those laws won’t be altered quickly if industrial/commercial applications become popular.
Very interesting tech but commercial applications will be limited by local & federal laws currently on the books that tightly regulate UAV operation.
I wonder if those laws won’t be altered quickly if industrial/commercial applications become popular.