Bike Handlebars Morph into Bike Lock

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Senza Bike Lock


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Jaryn Miller has tried to crack that age-old problem, locking up a bike. It’s a problem so intractable that even the Lady, normally not given to speaking about such “dull” things, had something to say when we visited a local bike shop. “Somebody should design a strong lock that doesn’t weigh so much,” she whispered in her wonderful Catalan accent.

Miller’s answer is to make the lock part of the frame. This not only obviates the need to carry extra hardware — it also means that the bike is useless if the locks are cut. In this case, the ends of handlebars come off and are joined together onto a single hoop-shaped shackle. Destroying the lock means destroying the handlebars, although judging by the cut-down bars I have seen on some “fixies”, this mightn’t be a problem.

The second lock, made to secure the rear wheel, is integrated into the frame, although its not clear just where it is stowed when you’re riding.

I think the only real way to keep a bike secure is to suck it up and buy a pair of really big locks, preferably of different types. If your ride is too fancy to be left in the street, then don’t plan on locking it in the street, and if you really, really can’t face carrying lock, then buy a Brompton or other folding bike. Even then, you’ll end up carrying a bike instead of a lock.

Senza Bike Lock [Jaryn Miller via Fast Co Design]

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Amazing Electric ‘Bike’ Is a Junkyard On Wheels

Death Race 2000: Amazing post-apocalyptic vehicle spotted on present-day city streets. Photo Nathaniel Akin

If Rube Goldberg ever built a bicycle, it would look like this crazy machine. Actually, it’s a little more Heath Robinson than Goldberg, but you get the idea: This thing is a convoluted mess. A convoluted awesome mess.

Details are slim, as the contraption was photographed not by the owner (and presumably builder), but by sometime tech blogger Nathaniel Akin. It appears to be fashioned from the zombie-fied remains of at least four other bikes, variously lashed together with cable-ties and bolts. Atop this behemoth sits a plastic chair, where the rider (driver?) presumably perches, carried along like C3PO when he was held aloft by George Lucas’ stupid teddy bears.

The bike is driven by an electric drill connected to car batteries through a inverter, and the power runs along several cogs and chains before reaching the wheel. It’s so bad-ass that I’m actually scared to make a joke about recumbent bikes [cough] beards [cough].

And of course, the “bike” is pulling a beer cooler.

Akin calls this the “Mad Max Electric Bike”, and we can’t do any better than that. We salute you, crazy bike building guy, whoever you may be. Thank you for making the world a slightly more awesome place.

Mad Max Electric Bike [Tech Envy via the Giz]

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Gadget Lab Podcast: iPhone Tracking Controversy, Exercise Gear

          

In this week’s Gadget Lab podcast, the crew waxes geeky on phones, bikes and exercise gear.

We kick off with the white iPhone 4, which just came out 10 months late: yes, the same phone we’ve been familiar with for a while now, in a different color. It’s even a little bit thicker than the black one. Wired.com’s Charlie Sorrel has already dubbed this scandal “Thicknessgate.”

Speaking of scandals, the latest controversy surrounding the iPhone stems from a discovery that an unprotected file stored inside the device constantly records location data. It turns out that your iPhone isn’t actually tracking customer movements, but Apple admits it made some security mistakes.

Reviews editor Michael Calore joins the show to talk about the Breezer Uptown Infinity, a $1,270 two-wheeler that’s the textbook definition of a “commuter bike.”

Ever dream of watching the Gadget Lab podcast while swimming underwater? Well, now you can, with H2O Audio’s Fit Armband, an accessory that waterproofs your smartphone inside a sealed, plastic pouch.

Last but not least, don’t miss our giveaway of a MixAmp, a gadget that allows you to mix the audio from your games and other players you’re talking with. For a chance to win, answer this question in our comments section: What purveyor of strange gifts was profiled with a photo gallery on Gadget Lab this week?

Like the show? You can also get the Gadget Lab video podcast via iTunes, or if you don’t want to be distracted by our unholy on-camera talent, check out the Gadget Lab audio podcast. Prefer RSS? You can subscribe to the Gadget Lab video or audio podcast feeds

Or listen to the audio here:

Gadget Lab audio podcast #113

http://downloads.wired.com/podcasts/assets/gadgetlabaudio/GadgetLabAudio0113.mp3


TiGr Bike Lock: Thin, Strong, Stylish

TiGr looks like a length of packaging strap, but is made from titanium

TiGr is a newly invented bike lock which uses a titanium band instead of a chain, shackle or cable. The lightweight “bow” is secured by a titanium-encased Abloy Protec steel lock, and is long enough to thread through both wheels and around a secure post.

The TiGr comes from cyclist and lock-maniac John Loughlin, who is funding his project through — where else? — Kickstarter. In his testing, the lock has proved to be resistant to a 48-inch bolt cutter, and it is also difficult to saw as the band just won’t stay still.

AS well as being light (the stronger 1.25-inch bow without the lock weighs 19.6 ounces or 549 grams) it is also easy to carry. When not in use the band wraps around the head-tube and seat-tube, running along the length of the top-tube. It is held in place by straps, but you’ll have to throw the lock into a pocket or bag.

To get one of these locks, you’ll need to pitch a minimum of $100. The final retail price is hard to determine as there is both further testing to do, and the Kickstarter pitching bundles are somewhat intermixed. Still, if it delivers the holy grail of locks — strength and lightness — then Loughlin can sell it for pretty much whatever he pleases.

TiGr: Titanium Lock as Cool as your Bike [Kickstarter via Bicycle Design]

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The $150 Bottle Cage for Cycling Samurai

This $150 stainless-steel bottle cage is vanishingly rare. And that’s probably a good thing

This scrappy-looking bottle cage comes from Mr. Iribe, an apparently mythical Keirin track-frame builder in Japan. When he is not busy making bikes for the Samurai, “he makes a few bottle cages as well”, says the blurb on Compass Bicycles’ (Seattle) website. These hand-made cages are so good, it seems, that they are worth $150 apiece.

So what do you get for your money? The Iribe Bottle Cage is made from stainless-steel tubing, with the sections silver-brazed together. Compass says that stainless steel is poorly suited to fillet-brazing, so Mr. Iribe first wraps the joints with strips of steel first. This, combined with the un-plated finish and what looks like a spring from a ballpen, results in an accessory that looks like it was hacked together by a somebody during an emergency.

Compass’s writer would disagree, saying that the cage “reminds me of a Samurai sword: a piece of art that provides exceptional function.”

The cage is light, though, at just 36 grams, or 1.27 ounces. I just weighed the first cheap aluminum and plastic bottle cage I pulled from my bike-spares bin and it weighs in at 60 grams. Of course, once you add in a liter of water, which weighs 1000 grams (on top of the weight of the bottle itself), then that 24 gram difference looks vanishingly small.

And my bottle cage cost like $5, not $150.

Iribe Bottle Cage [Compass Bicycles via BSNYC]

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The Hardware That Rocks Your World


There are really no words to describe the this photo, except to point out the obvious: It has a robot. And a bike. And a lady in white tights with really big hair.

In other words, this photo sums up all that is awesome and good and wonderful and yes, a bit juvenile about what we write about here on this blog. If there was ever an official photo of Gadget Lab, this would be it.

Via VintageMongoose.com

(Thanks, Erik, Caitlin and Pete)


Hydraulic Mountain Bike Shifters Coming to Market

Hydraulic shifters from Acros uses master cylinders and hydraulic fluid instead of cables. Photo: Jim Merithew/Wired.com

We saw a lot of compelling bike gear at Sea Otter earlier this month. But the one innovation that sticks out more than any other is this hydraulic-shifting setup from German component maker Acros.

Called A-GE, the mountain-bike system is the brainchild of engineer Christoph Muthers, who debuted the technology five years ago but was never able to bring it to market. Muthers now works for Acros, and the company has put his design into production, with availability set for late spring or early summer.

Typical shifting setups use cables and return springs to move the derailleurs back and forth across the gears. The A-GE design houses tiny master cylinders in the shifter bodies (the parts that attach to the bars). As the rider depresses the shifter paddles, pistons push mineral oil through two tiny hoses connected to the derailleurs. A straight push on the paddle will move the derailleur in one direction, while a minor twist before pushing will move it in the other.

Unlike traditional setups, which can get harder to shift the higher you go, the hydraulic system offers the same resistance for every shift, because there are no springs and cables getting progressively tighter with each shift. And because the design doesn’t require much of the larger hardware of a traditional mechanical setup, Muthers claims that an entire A-GE package—shifters, derailleurs, hoses, and oil—weighs 175 grams less than Shimano’s top XTR offering.

There’s a tiny master cylinder inside each shifter mounted on the handlebars. Photo: Jim Merithew/Wired.com

The demo setup we played with at Sea Otter felt light, responsive, and ergonomically dialed in. The rear derailleur could shift up to three gears at a time in each direction on the demo’s 10-speed cog. Muthers says it can easily be indexed for eight- or nine-speed cogs by switching a rod inside the rear derailleur, though this would require a bleed of the fully sealed system. If you know what that means, maybe you could try it on your own. (Muthers says it’s easier than doing the same operation on hydraulic brakes.) Otherwise, it’s something for your bike shop.

Of course, that’s assuming you’re one of the early adopters willing to pay for all this. Muthers says Acros would like to offer A-GE for under $2,000 in the United States. But considering the 1,599-euro [$2,333] price tag in Europe, he admits that might be tough.


Alpha Bike Flips From Fixed to Free Electronically

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The Alpha Bike


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Hey fixed-gear riders — get ready to weep. You know how you spent all that time and money building the most minimal, clean-lined machine possible? Well take a look at the Alpha bike. It’s so clean it doesn’t even have a chain.

The Alpha bike is the product of a year’s work by five mechanical engineering seniors at the University of Pennsylvania, and it manages to pack in enough tech to be the KITT of bikes, but with the looks of a stripped-down “fixie.”

Let’s start with the frame. Ornate lugs? It’s got ‘em. The lugs are all CNC-machined from aluminum blocks, and then bonded to carbon fiber tubing. Thus you get the look of a classic lugged steel frame but with high-tech materials.

Through this frame run all kinds of gear. In fact, I wouldn’t be surprised to see Bruce Willis (as John McClane) crawling through the ductwork. Electronic and gear cables run from the handlebars to the bottom bracket and rear wheel, and a belt drive is threaded through the chainstays. In fact, calling them “chainstays” seems a little weird.

The transmission is also fully custom built, with a mixture of self-lubricating bronze, steel, aluminum and a titanium clutch plate sitting inside the bottom bracket. The clutch is electronically actuated by a button on on the bars and switches between fixed and freewheel drives.

The handlebars are carbon fiber wrapped around a plastic tube, kind of like making a piñata with a balloon, newspaper and glue, but without bursting anything afterwards. The plastic is kept in to make cable-routing easy. Set onto the top of the bars is a small LCD screen that acts as a cycle computer, and this stores its data on an SD card for easy removal.

Finally (and somewhat weirdly) comes the front brake. This too is minimal, and the cable runs through the frame. But it is a drum brake, aka a pull and pray brake (I just made that name up, but it seems appropriate). Drum brakes are found on old granny bikes and they really don’t work very well. They’re also heavy. The hub also has a dynamo to power the electronics.

The Alpha really is a weird machine, with those huge lugs, granny hub and high-tech everything. Totally eccentric — just like pretty much every home-assembled fixed-gear bike out there.

Alpha bike project [Alpha Bike. Thanks, Geoff!]

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Panasonic’s Gyutto e-bike has room for two, actually even three

Okay, so the pic only shows one child seat on this new power-assisted bike from Panasonic, but the designers reckon you can fit another one on the back. It’s called the Gyutto and it packs some nifty technology to make it safe for a trio. For a start, to prevent the bike toppling when you park up, the kickstand activates a lock on the handle bar, making the front wheel rigid. And to keep you travelling in the right direction up a steep hill, the 8Ah lithium-ion battery delivers some high-torque power assist, good for 36km on a single charge — better than some others. Talking about steep, the price will work out at around $1,780 (including the two child seats) when the bike is released in Japan on May 23rd. The same money will get you a Mini version with smaller (20-inch) wheels. It’s a lot to spend on a couple of ungrateful rugrats, but at least you won’t have to pump those pedals so hard.

Panasonic’s Gyutto e-bike has room for two, actually even three originally appeared on Engadget on Mon, 25 Apr 2011 07:19:00 EDT. Please see our terms for use of feeds.

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Blink: Touch-Sensitive Bike Lights Built Into Helmet

Blink and you might miss it: hard-to-see turn signals built into a bike helmet

The Blink Helmet may have won a prize at the 2010 Seoul Cycle Design Competition, but it still doesn’t impress me. At first, the helmet seems like a great idea: It integrates flashing turn signals into its sides, and has red and white lamps rear and front for safer nighttime riding.

But then we find out how it works. To signal, you reach up and touch the lamp, whereupon it starts to flash. Then, once you have completed your turn, you need to reach up again to switch it off. This, remember, takes the place of a traditional hand-signal which only requires you to remove your hand from the bar once.

And those side-mounted lights don’t look too visible from the front or the rear, which is where the people who need to see them will be.

I can’t help but think that the kind of person who would buy and use this lid is the same kind of person that already makes clear hand signals whilst in traffic. And if you say that hand signals are hard to see at night, then you should just go buy some reflective cuffs for your arms.

But never mind. The Blink concept still hasn’t moved beyond the stage of CG mockup, so there’s little danger of it making it into stores anytime soon.

Blink project page [Seoul Cycle Design Competition via Gajitz]

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