You've seen the Google cars and maybe even the Google trikes, but what about the Google kites?
Over the years we've sort of become accustomed to Google Earth's impressive aerial imagery. It's not that we're no longer impressed by it, we've just grown used to seeing satellite and aerial photographs. However, Google isn't one to rest on its laurels and it seems the company has been experimenting with other methods of capturing aerial images.
Today Google announced the publication of images captured using balloons and kites. The company partnered with the folks at The Public Laboratory for Open Technology and Science in order to find a way to make imagery collection easy, cheap and accessible. What they came up with involves an open source balloon mapping toolkit and allows anyone with a cheap digital point and shoot camera, and about $100 of other parts (balloon, helium, line, soda bottle, etc.) to take their own aerial photos.
"Their grassroots mapping work is based on the idea that citizens anywhere should be able to explore the environment in and around their communities, by collecting their own imagery and other data, and to do it in a way that is useful for scientific and social purposes," said Google's Christiaan Adams.
To see Google's balloon and kite photos, you'll need to hit up Google Earth’s historical imagery database, and then download and open this KML file in the latest version of Google Earth.

You mean "higher quality sat photos" that are being made available to the public ?
I am sure certain agencies have sat imagery that is well above what Google Earth has to offer :-)
i don't doubt that either.
but what i doubt is that anything shy of a dlsr will ever take a photo of my house with a balloon or a kite. ever take a photo from your hands, ever have to take several because the slightest movement from you makes the photo blur? this is common with most cameras under 400$...
i doubt normal people will kite up a dslr or ballon one up for pictures.
That tale has been around forever.
It does not work simply because you'd be viewing the license plate at a rather steep angle.
What was prob meant is that they 'could' read a license place if it was laying flat on the ground.
Any graduate physics students here specializing in optics ?
Is this reasonable when considering the physical limits of glass lenses ?