Visualized: Arduino Uno shows up in NASA’s Swamp Works facility

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There are certain things you'd expect to encounter on a visit to NASA's Swamp Works research facility. Walking into the former Apollo testing facility, you'll almost certainly catch glimpses of martian rovers, soil samples and an assortment of scientific testing devices. But in spite of Arduino's near ubiquity these days, we'll admit that we were a bit taken aback when the familiar blue microcontroller made an appearance on a lab desk during our conversation with NASA "lighting guy," Dr. Eirik Holbert. It seems that NASA, like pretty much everyone else, is experimenting with the hacker-friendly component.

The board was hooked up to a lighting fixture Holbert is working on as part of NASA's upcoming deep space habitat concept generator. It's an attempt to bring some sunlit consistency to space exploration, simulating Earth-like lighting patterns to help keep the crew alert and get them ready for sleep in the evenings. So, where does NASA turn when it's looking to conserve weight and save some taxpayer money in the process? Toward the Arduino Uno, naturally. Holbert assembled a number of off-the-shelf products, including the aforementioned microcontroller and shields from Sparkfun to make a fixture for under $500.

Asked whether we might be seeing an Arduino setup like this on an upcoming mission, Dr. Holbert told us, "I'm all about interchangeability. If they can make something space compatible, I'd be all for it."

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BeetBox drops a beat with a side of Raspberry Pi, and other plant puns (video)

BeetBox drops a beat with a side of Raspberry Pi, and other plant puns video

Sometimes the plays on words are unavoidable -- in fact, they form the very heart of Scott Garner's recent musical creation. His BeetBox turns six of its namesake root vegetables into drum pads through SparkFun capacitive touch sensors, all of which are controlled by (what else?) a Raspberry Pi. Cleverness goes beyond the core technology and food jokes, as well. All of the circuitry and audio equipment is hidden within the wood box, making it look more like a horticultural project than machinery. We don't mind the lack of production plans when there's source code available; we're mostly curious as to what in our garden would make for a good rhythm section.

[Image credit: Scott Garner, Flickr]

Continue reading BeetBox drops a beat with a side of Raspberry Pi, and other plant puns (video)

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Via: Gizmag

Source: Scott Made This

SparkFun launches ProtoSnap MiniBot for the budding roboticist (update: now available for order)

SparkFun launches ProtoSnap MiniBot for the budding roboticist

SparkFun struck a chord with many when it released the ProtoSnap series last year. The perforated perfboard housed not only a tiny Arduino compatible chip, but a small host of sensors and components that made assembling simple projects a snap (pun not only intended, but relished). Tomorrow, the company will begin selling the next member of its ProtSnap family -- the MiniBot. Just like its predecessors, the ProtoSnap MiniBot is based around an Arduino compatible microcontroller (specifically ATmega328) and features a number of components that can easily be detached when you're ready to move from prototype to a more permanent arrangement. The onboard selection components is fairly limited. The base is a relatively bare perfboard with a 9v battery holder on one side and two wheels connected to a motor on the other. Up front is two IR sensors that can be used for basic controls.

Of course, it's simple enough to expand on the basic platform with any host of sensors and components, like servos or RF receivers. Ultimately it's up to your imagination and skill level, which is why SparkFun is primarily targeting the kits at the educational market. The company's new educational outreach program is making a big push to put the ProtoSnap MiniBot in classrooms across the country, starting with high schools and trade schools, as a bridge from more simplistic robotics kits to the more advanced projects tackled at the university level. The completely open source robotics platform will be available tomorrow for $74.95. As soon as we can get our mitts on one our own we'll return with a thorough hands on... one that reveals just how much smarter the average high school kid is than us.

Update: Good news, everyone: the ProtoSnap MiniBot kit is now available for order. You can claim yours at the source link below.

SparkFun launches ProtoSnap MiniBot for the budding roboticist (update: now available for order) originally appeared on Engadget on Thu, 31 May 2012 16:46:00 EDT. Please see our terms for use of feeds.

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Adafruit modder builds Captain Jack’s Vortex Manipulator / Leela’s wrist-lo-jacko-mator for real

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This impressive wrist / forearm cuff is the brainchild of Adafruit forum member and modder Stephanie, who has built a sensor platform into the fashion accessory. The device can monitor the exposure value, track your movements over GPS, measure your galvanic skin response, tell you the temperature, humidity and even doubles as a watch and flash-light. It was built around Sparkfun's Pro Micro development board and a boatload of sensors purchased from Adafruit. We might just build one ourselves with a radiation detector, so that we can live out our Pip-Boy fantasies down at the mall.

Adafruit modder builds Captain Jack's Vortex Manipulator / Leela's wrist-lo-jacko-mator for real originally appeared on Engadget on Wed, 30 May 2012 18:14:00 EDT. Please see our terms for use of feeds.

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