MIT's Flyfire To Paint Images In the Sky Using Micro-Helicopters
@engadget mentions that a new project dubbed "Flyfire" at MIT is looking to launch a fleet of LED-equipped micro-helicopters and coordinate them in synchrony to create massive floating images. "By using LED-equipped drones the project pledges to build free-floating 3D displays, endowing them with enough smarts and positional awareness to organize themselves into an airborne canvas. It sounds deliciously exciting and challenging."
Maybe this will save on energy costs of using super bright spotlights as Batman beacons.
Sounds scary to me... Sounds more like we'll be followed by 'intelligent billboards'!
Looks like it would be amazing for sports stadiums. It could even deliver crowd-hyping mascots to various sections of the stadium. I wonder how the power source and recharging issue would be handled, though.
Why reinvent the wheel? Trying to put sheep out of business? http://www.youtube.com/watch?v=D2FX9rviEhw
-Randy
"It sounds deliciously exciting and challenging"
Yeah, because a 300ft coke ad hovering in the sky above my house is going to be exhilarating...
For the 1st physical prototype, they display a waterfall.
Just have them fly 50feet up, and let them malfunction (as expected in the first few prototypes) and fall and call it a success! Now that was easy.
I wonder how long before a gust of wind will disrupt the image...
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This will be utterly destroyed by an angry mob the first time it gets hacked to display Goatse. Imagine not just disgusting a single person, but an entire football stadium.
Take it to the limit, everybody to the limit, come on, everybody fhqwhgads.
While that is a cool problem to solve, the biggest hurdle they are going to face is getting those damn things to stay in one place.
Individual units do not need to stay in the one absolute place. They need to stay in one place relative to the entire formation only. The formation can move around quite a bit.
I think they have their work cut out for them. I predict this project won't get very far. In 10 years they will either still be working on it or the project will be dead.
I guess you'll never start a challenging project then.
Accurate submeter 3D positioning is quite hard.
Hard but solved.