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US Army wants helicopters to refuel at robotic pumps
Militaries regularly set up fueling stations at forward bases so that helicopters can get back to the fight as quickly as possible. However, requiring fuel crews creates huge risks and logistical headaches: you're sending people to a dangerous, isolated section of the battlefield for a fairly mundane role. Thankfully, the US Army might not need to take that risk for much longer. It's testing an unmanned station, the Autonomous & Robotic Remote Refueling Point (AR3P for short), that can top up a helicopter with no human involvement. Much like Tesla's robotic charger, it would use self-aligning, articulated arms to hook a fuel line to a helicopter all by itself. That, in turn, would let helicopters fly at all hours without putting footsoldiers in harm's way, and would likely refuel them faster.
ICYMI: Turbine sunbather, NASA stress test and an aquatic hedge trimmer
#fivemin-widget-blogsmith-image-447825{display:none;} .cke_show_borders #fivemin-widget-blogsmith-image-447825, #postcontentcontainer #fivemin-widget-blogsmith-image-447825{width:570px;display:block;} try{document.getElementById("fivemin-widget-blogsmith-image-447825").style.display="none";}catch(e){} Today on In Case You Missed It, Usain Bolt may be the "fastest man on Earth" but he can't outrun a cameraman on a Segway. An amatuer drone pilot stumbles across a sunbather 200 feet above the ground. NASA puts its 3D-printed rocket engine pump through a grueling series of tests. The UK showcases its amphibious weedwhacker and some delightfully demented genius has recreated the Pokemon theme song within Grand Theft Auto V. If you come across any interesting videos, we'd love to see them. Just tweet us with the #ICYMI hashtag @engadget or @mskerryd. And if you just want to heap praise on your handsome guest host, feel free to hit him up @mr_trout.
Insert Coin: PumpTire self-inflating bicycle tire
In Insert Coin, we look at an exciting new tech project that requires funding before it can hit production. If you'd like to pitch a project, please send us a tip with "Insert Coin" as the subject line. We love tires -- they provide an infinite boost in life to the ever-so-necessary wheel, soften the blow while driving on dirt roads and over potholes, and, upon retirement, serve as an ideal plaything for our children. But there's still something missing. As much as we try to make it not so, our tires let their air supplies trickle away -- albeit at an ever so sluggish pace -- ultimately causing inconvenience, and often with unfortunate timing. A slightly deflated bicycle tire won't have the same damaging effect as, say, a battered donut that explodes as you roll down the highway, but it can still put a serious damper in your ride. The self-inflating PumpTire sets out to make sure you never have to suffer a flat bike tire again, using a unique detachable valve that senses when a tire needs to be inflated, then pumping air from a thin tube on the outside of the tire into the inner tube. PumpTire founder Benjamin Krempel is turning to Kickstarter to fund the project, which includes designing, testing, and manufacturing a pair of self-inflating bike tires. A $75 pledge gets you two City Cruiser tires, a $130 retail value, including a pair of 65 psi valves and inner tubes. If you pledge $100, you'll receive a pair of City Pro high-performance 95 psi tires, which are expected to retail for $150. Krempel has set his funding goal at a massively high $250,000 with just over five weeks remaining. A cool quarter-million is quite the lofty sum, but as always, you'll receive a refund if the project doesn't get the fiscal green light. Jump past the break to see it in action, and for an update on our previous Insert Coin project.
NASA's new cooling pump doesn't need moving parts, set to chill out in space next month
It's pretty easy to cool down an overheating desktop computer with an extra fan, but what do you do if there's no air? That's the hurdle NASA's engineers are hoping to clear with a new prototype pump that the agency unveiled last week. The pinkie-sized instrument relies upon a technology known as electrohydrodynamic (EHD)-based thermal control, which uses electric fields to inject coolant through small vents on a thermal cold plate, before moving the extra heat to a radiator and spreading it far away from any temperature-sensitive areas. With no moving parts, the lightweight cooler uses only about half a watt of power and can be sized to work with small electric components or lab-on-a-chip devices. The challenge is to make sure that the pump can survive the vibrations of a rocket launch, though NASA will put it to the test during a rocket mission on June 9 and in 2013, when an EHD thermal cold plate will be placed on the International Space Station. Start your countdown clock and blast past the break for a full press release. [Thanks, Kevin]
Pseudomorph dress is just begging for your pocket protector (video)
We're not going to pretend to understand haute couture. But when Anouk Wipprecht hooks up a nine-volt battery to a dress for the purpose of dribbling ink down the front from a pneumatic udder octet, well, you've just caught the attention of card-carrying nerds everywhere.
Airboard laptop stand puts your Reebok Pumps to shame
Go on, admit it -- your day in the early 90s was never complete without reaching down in public and giving those Pumps a solid squeeze. In all honesty, we can't say that Ki-Seung Lee's Airboard is quite on that level, but it's certainly got the potential to be. This laptop stand was designed to reside in your lap or on your hotel room table and give each individual user the ability to elevate it as he / she sees fit. Of course, the usefulness would really take a hit if this thing takes five minutes to get good and inflated, but we could certainly see this becoming ergonomist-approved should it ever hit retail.
Toshiba readying steam iron with built-in pump
It's been quite awhile since a steam iron caught our eye, but Toshiba is reportedly readying such a device that makes the entire process a bit easier. Hailed as "the world's first steam iron with a built-in pump," the forthcoming device can spray "up to 2.1 times as much steam as earlier models, has 30-percent more strength at permeating cloth," and touts a surface that's coated in enamel for easier gliding. Apparently, the automatic nature of the steaming allows for more even ironing results, and while we aren't exactly sure if all these niceties are worth the ¥16,000 ($138) pricetag, those who do can snap one up in around three weeks. [Warning: Read link requires subscription]
