New York’s Metropolitan Transit Authority launched a pilot program a few months back that offered bus riders some real-time tracking information, but it’s now expanded things with a whole new program on the B63 route in Brooklyn. That service is currently accessible via a mobile-friendly website or text message, and smartphone users can also scan simply snap a picture of a barcode (presumably a QR code) at a bus stop to immediately check in on the location of the next five buses that will arrive at the stop. What’s more, unlike the previous program, this new system is based on an open source platform developed with the help of OpenPlans, and the MTA is actually encouraging developers to dig into the API and develop their own solutions — which could certainly get interesting as the program is expanded across the city (the Staten Island bus line is next up). Head on past the break for the MTA’s press release, and hit up the link below to try out the service right in your browser.
Regardless of whether the internal combustion engine gets snuffed out this century, EV chargers aren’t going to replace gas pumps at therate they’re presently rolling out, so it’s quite likely new Leaf and Prius PHEV owners will need to charge at home. How might that affect one’s electricity bill? It’ll probably go up, but a Virginia utility says that a full tank of juice might not cost all that much. Dominion Virginia Power is volunteering to cut its rates by more than half for off-peak charging as part of a proposed pilot program, whereby 750 lucky EV owners will get enough electricity for a 40-mile commute for just 35 cents so long as they charge overnight. The utility’s not talking kilowatt-hours here, but it says it typically gets $0.86 for the same amount. The deal requires the installation of a specially-approved charging station, but Virginia’s looking at a second scheme too — if those 750 agree to pay a flexible off-peak rate of between $0.33 and $0.41 per 40-mile dose, they can power the rest of their house using the budget volts as well. PR after the break.
Algae biodiesel has looked so promising (as in 100 times more fuel than corn or soy) that the U.S. Department of Energy gave $9 million to Cellana, a joint research venture between Shell Oil and HR Biopetroleum, specifically to look into the alternative energy source’s prospects. It seems, however, that those prospects were no longer attractive to Shell, which has announced it will no longer pursue algae biodiesel, because it feels it doesn’t have sufficient commercial viability. Partner HR Biopetroleum has stated it cannot continue the project on its own as Shell pursues other biofuel initiatives with other companies.
The Street Flyer is a hang-glider for the streets. It’s like an oversized tricycle, but instead of sitting on top to pilot it, you hang beneath. To propel the vehicle, you run and then just drop into the harness and cruise. This obviously works better on a downhill stretch, and uphill runs are probably best avoided altogether, unless M.C. Escher designed your city’s streets.
The design comes from an old Gadget Lab friend, Dr. Carsten Mehring, last seen here on video with his wearable computer. Mehring has several prototypes for the Street Flyer. The one seen here is steered with a pair of handgrips connected to the two front wheels, but other designs could let you steer by moving your body in the cradle, hang-glider-style. Dr. Mehring also suggests that his invention could be used by the injured to walk suspended from its frame without any pressure on the legs. Think of it as a baby-walker for cripples.
Mehring’s Street Flyer is clearly not meant for daily transportation, but as a weekend leisure toy, it could be awesome. Imagine bombing down steep hills and slaloming just three-feet from the ground. That has to be a rush.
Free and fast in-flight WiFi may be an unrealizable dream, but free in-flight Facebook? Wish no more. As of today, seven airlines are running a promotion with Gogo internet to bring your in air Facebook dreams to life. The airlines include Delta, AirTran, American, Virgin Atlantic, Alaska, US Airways, and United, who with Gogo now offer internet on 1,100 commercial and 5,000 private planes. It’s unclear how long the promotion will last — nothing good lasts forever — but get in there while you can and do a few status updates, maybe check out your friends’ awesome Groundhog Day 2011 links.
Imagine a fire hose in full, glass-smashing flow. Now imagine that it has gotten loose, and is whipping and snapping like a spastic cobra, at such terrifying speed that it is almost impossible to see its flailing tip.
Now imagine that you are strapped to the end. Congratulations. You are riding the JetLev Flyer.
Unlike “ordinary” jetpacks, the JetLev is actually two vehicles, tethered by a hose the thickness of your thigh. On the water is a small speedboat-like unit which contains a 250 horsepower motor and a pump. This is connected to the pack — into which you strap your frail body –- by the 10-meter [33-foot] hose. The water is pumped from the sea or lake below, up to the nozzles on the jetpack, giving a 1,900-Newton [430-pounds-of-force] thrust, enough to lift even a fat human of up to 150 kilos [330 pounds].
Because of that hose, you are effectively tethered to the water, meaning your maximum altitude tops out at 8.5 meters [28 feet]. Your horizontal distance is only limited by flight time, however, and you can scoot around at 35 mph for up to two hours. Control is fly-by-wire, so the thrust handles are easy to twist, kept away from the intense pressure of the water.
I love it. All the fun of a jetpack with almost none of the dangers. Falling 30 feet onto water might not be pleasant, but neither is is going kill you. And two hours of flight time is way more than what you’ll get from a “traditional” jetpack.
The rub is that this costs $100,000 to buy. At this price, it is aimed more at water-sports–rental businesses than at the private user, although I’m sure plenty of luxury yachts will be adding them as essential equipment. Expect to see this in a James Bond movie soon.
Any city likely already has all the traffic lights it needs, so any green alternative immediately blows away its environmentally-friendly credentials by replacing known-good hardware. However, the Wearable Signal is clever enough to merit a mention, and has some extra uses that justify it.
The concept traffic light, by Gisung Han, Hwanju Jeon and Jaemin Lee, comes in two parts: a flexible LED belt that wraps around street furniture and a solar lid which protects it, shades it and powers it. Because it can wrap around an existing pole, or even a tree, there’s no need to build anything to hold it.
The Wearable Signal is perfect for temporary uses, whether roadworks or emergency use, and it also looks cheap to make. I see two potential problems: first, the cylindrical design means that you can easily see the signal for traffic coming in other direction, creating potentially dangerous confusion. Second, easy-on can mean easy-off. This would be a target for students out to decorate their dorm rooms, and way easier to carry home than a regular traffic light.
Another approach, in city centers at least, is to remove traffic signals and road marking all together. The thinking goes that when people aren’t feeling so entitled by green lights, they slow down at all junctions and are generally more careful and civil. Tests in Europe have found that congestion is also reduced.
If you live in a relatively flat city, a single-speed bike is a fantastic idea. But if you live in any modern city, dropping $1,200 on aluminum-framed fashion-bike probably isn’t so smart.
The bike is a “collabo” between the clothing company Diesel and the bicycle company Pinarello. Somewhat ironically, given its lightweight steal-ability, it is called the “Only the Brave Bicycle”. Or perhaps the word “brave” refers to anyone courageous enough to take this monstrosity out on the streets. It inherits one of the worst habits of fixed-gear fashion: odd-colored wheels. I always assumed that mis-matched wheels existed because the owner was saving up for the garish second half of a set, but perhaps not.
That frame, too, is ugly. With its crooked top-tube and bent seat-stays it looks like it has been pre-crashed. Perhaps this style-point came from Diesel, the bicycle equivalent of distressed, pre-worn jeans?
Thankfully, you can opt for an all-black version, but it still suffers from the misshapen frame. It may still be best to avoid this model in favor of a cheap DIY model based on an old steel frame from Craigslist: When a press release ends like this…
[Diesel] make[s] people feel comfortable and we make people feel tired…but we share the typical Italian creativity and the constant desire to astonish and surprise our clients!
… and fails to mention a single spec of a bike that costs over a grand, your alarm bells should start a-ringin’.
True story: I once asked my parents to buy me a Porsche 911 for Christmas. Amazingly, they did, only it was a lot smaller than the one I wanted. They bought me a toy car. I should have just made one, like this amazing pedal-powered Porsche, the Ferdinand GT3 RS, aka the World’s Slowest Porsche.
The car-bike is an art project, perpetrated by Hannes Langeder of Austria. It took a year to build, and cost as much as a real car: 13,000 euro, or $17,700. Inside, as you can see from the extensive photos (there are even more on the project’s Flickr page), the main structure is steel. This was then built out using a toy 911 as a model, covering the skeleton in plastic tubing and then skinning the whole thing with packing-tape and gold foil. Thanks to these simple materials, the entire car weighs in under 100 kilos [220 pounds]. That’s not exactly light for a bike, but you probably wouldn’t want to take the Ferdinand out for a spin on a windy day.
The car debuted in June 2010, as Autopia’s Keith Barry reported, but we got our hands on some additional photos, and the project’s pretty outlandish, so we think it’s worth a reprise.
The car looks fantastic on the road. Even though there’s a bike inside, it has the presence of a car. I’ll bet the rider gets a lot more respect from car drivers just because he looks like one of them. Even if he is tootling along at just 10 mph.
Just think about this the next time a FedEx van comes speeding past you — that four-wheeled transporter could be carrying containers equipped with liquid nitrogen cooling that keeps its innards at a chilly -150 degrees Celsius. Don’t worry, though, says FedEx, the use of dry vapor is actually safer than the currently used dry ice and classifies this new methodology as non-hazardous. While we may like to poke fun, it sounds like a pretty legitimate boon for healthcare and biotechnology shipments, which can now be maintained at a deeply frozen temperature for up to 10 days at a time. FedEx will provide the self-sufficient container and collects it upon delivery of the goods, while also monitoring its condition during transit. No word on whether or when DiGiorno will be signing up for the service.
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