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05/29/2013 02:46:03 AM · #1 |
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05/29/2013 04:11:16 AM · #2 |
| It's a raspberry pi mini computer lol |
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05/29/2013 04:23:44 AM · #3 |
 Giles I'm checking if anyone is actually awake this morning cos I'm obviously not...you win the Noddy Prize :P |
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05/29/2013 04:29:09 AM · #4 |
it's 8 am in UK and 4 pm in HK
...but i am falling asleep in the office... not goo.. zzzZZZ |
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05/29/2013 08:27:15 AM · #5 |
I've been working on a similar project with my kids only we're using an Arduino for the flight computer.
Our goal is 30,500m of altitude with complete radio tracking via APRS. This means that anyone with internet access and the callsign for the balloon will be able to track the balloon's flight in real time via the internet. |
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05/29/2013 06:44:31 PM · #6 |
| Nice one Spork! Please let us know when you plan to launch! |
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05/29/2013 07:23:01 PM · #7 |
| This seems right in line with NASA's project to take satellite photos using a smart phone ... |
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05/29/2013 08:35:39 PM · #8 |
| Or a gigapixel surveillance sensor made from 368 cell phone cameras. |
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05/29/2013 09:59:15 PM · #9 |
Well, cell phone camera chips, but repurposed and not actuallly installed in phones ... but pretty interesting anyway!
Originally posted by Linked Article:
The 1.8-gigapixel sensor has four optical telescopes, each with 92 5-megapixel focal-plane arrays - cellphone camera chips, says BAE. The airborne processor combines the video output from all 368 arrays together to create a single mosaic image, with an update rate of 12-15 frames a second. |
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