Kickstarter started out as a platform for group buys, low-volume manufacturing, and a place to fund projects that would otherwise go unfinished. It would be naive of anyone to think this would last forever, and since these humble beginnings, we’re well into Peak Kickstarter. Now, Kickstarter, Indiegogo, and every other crowdfunding platform is just another mouthpiece for product launches, and just another strategy for anyone who needs or wants money, but has never heard of a business loan.
Of course there will be some shady businesses trying to cash in on the Kickstarter craze, and over the last few years we’ve done our best to point out the bad ones. Finding every terrible Kickstarter is several full-time jobs, but we’ve done our best to weed out these shining examples of the worst. Following up on these failed projects is something we have been neglecting, but no longer.
Below are some of the most outrageous Kickstarters and crowdfunding campaigns we’ve run across, and the current status of these failed entrepreneurial endeavors.
Continue reading “Where Are They Now: Terrible Kickstarters”
PunchThrough, creators of the LightBlue Bean, have just launch a Kickstarter for a new version called LightBlue Bean+. The tagline for the hardware is “A Bluetooth Arduino for the Mobile Age” which confirms that the hardware is targeted at a no-hassle, get it connected right now sort of application.
For those unfamiliar, the original LightBlue Bean is a single board offering meant to marry Bluetooth connectivity (think Cellphones with BTLE) to the capabilities of a microcontroller-based hardware interface. The Bean+ augments this hardware with a 300m+ range increase, an integrated LiPo (600mAh or more), and headers/connectors where there were only solder pads before.
On the software side of things the Bean+ has four firmware options that make it speak MIDI, ANCS, HID, or Peer-to-Peer, only not all at the same time. The good news is that these are ecosystem upgrades and will work for existing Bean hardware too. The entire thing comes with online-platform integration and easy to use Smartphone tools to guide you through connecting and making something useful.
The board includes a battery tending circuit that allows it to be charged via the USB port but can run over a year between recharges if you use it judiciously. There is a slider switch near the pin sockets marked “A3, A4, A5” which toggles between 3.3v and 5v so that no level shifters are needed for sensors and other hardware you might use with it. The white connectors seen near the bottom of this image are Grove connectors. These provide I2C and Analog support to that ecosystem of add-on boards.
All in all this is a pretty sweet upgrade. The MSRP will be $45 but early backers can get in around 10-25% less than that. The price doesn’t mean it’s a no-brainer to pick one up, but the header options make this much more versatile and reusable than the original Bean and we like the idea of a rechargeable battery of the coin cells used by Bean+’s predecessor. It is an each choice for drop-in no hassle connectivity when bottom line isn’t your top concern.
Original LightBlue Bean is available in the Hackaday Store.
One of the great things about an event like the Kansas City Maker Faire is that there are so many reasons that makers sign up to show their things. Some makers come to teach a skill, and others to sell their handmade creations. Those with an entrepreneurial streak looking to launch a product might rent a booth to get a lot of eyes on their idea. That’s just what [Ted Brull] of Creation Hardware was after this weekend–exposure for Kevo, his small-scale vacuum former.
Kevo is a simple and affordable solution for makers of all stripes. It can be used to make molds, blister packaging for items, or even electronics enclosures. [Ted]’s Kickstarter campaign for Kevo has already been successfully funded, but there’s still plenty of time to get a Kevo kit for yourself. The basic reward includes the vacuum-forming chamber and two sizes of adapters that cover most vacuums. It also ships with an aluminium frame to hold polystyrene sheets during the heating and molding processes, and starter pack of pre-cut pieces in black, white, and clear plastic.
Creation Hardware had many vacuum-formed molds on display and were constantly making more from 3D-printed objects, toys, and other things. Our favorite mold was a 20oz bottle of Mountain Dew, which shows how far the small sheets of plastic can stretch.
The C.H.I.P. from Next Thing Co. bills itself as the world’s first nine dollar computer. That’s not a lie; their Kickstarter took in over two million dollars for a tiny single board computer with composite Video, WiFi, Bluetooth 512MB of RAM, 4GB of storage, and a 1GHz CPU. That’s a complete computer, sans keyboard, mouse, and monitor. You won’t get that with the $35 Raspberry Pi – you’ll need to add a WiFi adapter and an SD card for the same functionality – and you won’t get that with any other single board computer.
Understandably, the C.H.I.P. is already extremely successful. The company behind it has about 50,000 pre-orders, and people lined up to wait until well into next year for this computer. Exactly how Next Thing Co. managed to build a single board computer and send it out the door for nine dollars is a question that has yet to be answered, and is leaving more than a few people puzzled.
The Olimex blog has given their opinion of the C.H.I.P, and if that’s to be believed, the news isn’t good. The guys at Olimex know their stuff when it comes to making cheap single board computers; they have more than a few for sale, and they know what the Flash and DRAM market is like. To them, it’s impossible to sell a computer like the C.H.I.P. at $9. A quote from Allwinner for a similar module is $16 at the quantity Next Thing Co. would be looking at. That’s just the module with RAM and Flash – no Wifi, no board, no connectors. How could it be possible to sell this computer for only $9?
Continue reading “Olimex Claims the World’s First $9 Computer Costs $39”
Need to water your plants? Pump some coolant on a mill? Fill a watermelon with booze? Never fear, because the third greatest Canadian behind [Alan Thicke] and [Bryan Adams] is here with the solution to all your problems! It’s a cordless pump for desktop CNC, repair, and horticulture that automates daily chores and pumps out exact amounts of liquid.
[Chris], [AvE], Bright Idea Workshop, or, ‘that guy that records videos in his shop’ is rather well-known around these parts; we’ve seen him make an $80,000 gold-plated cutting fluid pot, a copper laminate desk, and recharge his cell phone with a car and a pencil. He’s very, very good at futzing around in his shop and the dialog is the closest YouTube will ever get to Click and Clack the Tappet Brothers, albeit without wheezing laughter.
The Kickstarter is for a rechargeable cordless pump, controlled by a microcontroller, that dispenses liquids of varying viscosity onto the item of your choice. It’s perfect for adding cooling to a drill press, watering plants, or something or everything involving beer.
Details on the pump are a little sparse, but given the liquid never touches the pump we’re putting money on some type of peristaltic pump. Add volume measurement, programmable flow rate adjustment, a timer, and dispensing programmable volumes of liquid, and you’ve got something useful.
Thanks [Scott] for the tip.
In the next few years, VR headsets will be everywhere, and everyone will slowly recede into their own little reality that is presented on high-resolution displays right in front of their eyes. One specific group will be left out: eyeglass wearers. VR just doesn’t work with eyeglasses, and a few people in Germany are fixing this problem. They’re creating custom prescription lenses for Google Cardboard, giving anyone with glasses the opportunity to look just a little more hipster.
The folks behind this Indiegogo already run a specialty optics shop in Germany. They have the tools to make custom lenses for spectacles, and they’re the first company so far that has identified a problem with the current crop of VR headsets and has created a solution. The campaign is for a set of lenses that can be attached to Google Cardboard with double stick tape. There are limitations on how strong of a prescription they can make, but it should work for most four eyes.
It should be noted this Indiegogo isn’t the only way to get custom lenses for a VR headset. If you have your prescription, there are a few places to buy glasses online for $30 or so. Do that, remove the lenses from the frame, and affix them to Cardboard.
The reason we’re playing with quadcopters, flight controllers, motion controlled toys, and hundreds of other doodads is the MEMS revolution. A lot is possible with tiny accelerometers and gyroscopes, and this is looking like the smallest IMU yet. It’s an 18mm diameter IMU, with RF networking, C/C++ libraries, and a 48MHz ARM microcontroller – perfect for the smallest, most capable quadcopter we’ve ever seen.
The build started off as an extension of the IMUduino, an extremely small rectangular board that’s based on the ATMega32u4. While the IMUduino would be great for tracking position and orientation over Bluetooth, it’s still 4cm small. The Femtoduino cuts this down to an 18mm circle, just about the right size to stuff in a model rocket or plane.
Right now, femtoIO is running a very reasonable Kickstarter for the beta editions of these boards with a $500 goal. The boards themselves are a little pricey, but that’s what you get with 9-DOF IMUs and altimeter/temperature sensors.