This week we’re giving away $1500 in OSH Park codes to thirty different projects. Submit your project to the 2015 Hackaday Prize now!
$50,000 over the next 17 weeks!
For each of the last four weeks we’ve awarded prize packages to three projects just for submitting ideas. Now it’s time to crank up the rewards. Over the next 17 weeks we will give away $50,000 in prizes. We’re kicking off the week by giving $50 OSH Park codes to 30 different projects.
Of course this is just the tip of the iceberg. This year’s prizes total half a million dollars, with a trip into space for the Grand Prize winner and $100,000 for the Best Product prize. Sitting this one out would be a huge mistake!
You need to post your project on Hackaday.io and officially submit it to the 2015 Hackaday Prize, which means clicking the “Submit-To” button on the left sidebar of your entry (shown below). You can confirm that you’re in the running by looking for the 2015 Hackaday Prize logo on your project gallery picture. Here you can see [castvee8] has submitted the Binary fuel tank, do you think it’s ready for a custom PCB?
To give yourself the best chance at winning, publish a new project log this week that outlines the PCB work your want to do for the entry. We’ll be looking for those as we judge the prizes that are most ready to begin (or advance) their hardware build.
OSH Park offers double-layer boards for $5 per square-inch and you get 3 copies of the board with shipping included. This $50 prize will land you quite a bit of board space. Get started now, you need to have your projects submitted by the morning of Wednesday, April 29th.
Canada! Just in time for Spring to hit. I went to Toronto to speak at FITC, an arts and technology conference, co-host a Hackaday meetup with HackLab TO, visit the DigiPlaySpace at TIFF, and to check out Globacore’s new digs.
FITC is a conference which celebrates the creativity in technology. Pictured above is Diorama Rama designed by [Christopher Lewis] and [Creative Technologists of Toronto] and built over 4 days by participants at FITC. The buildings are laser cut paper, and participants create a simple circuit using an ATtiny. A message is coded into the chip in ASCII and the buildings blink an individual message back in Morse code, each building blinking a different message. It’s pretty interesting to use a Morse –> ASCII phone app (Morse Tools) to read the messages.
Hackaday Prize judge [Micah Elizabeth Scott] gave a talk about her work. [Jessica Rosenkrantz] of Nervous System spoke about her company’s process when designing mathematically based objects. She spoke about her 3D printed dress pictured below and how it was made. Amazing! I also got to show off my newly minted Breathe project at FITC.
After FITC ended, HackLab co-hosted a meetup with us. A team from HackLab was a 2014 Hackaday Prize Semifinalist and won $1000 in components with their Retro Populator, a Pick and Place machine retrofit onto a 3D printer. We had beer as well as almond-cream flavored non-alcoholic drinks from the Luma Droid, a drink mixing robot. HackLab is a good-sized hackerspace, with a huge room for a meetup, a full kitchen and vegan dinner served frequently, plus a shop tools room all by itself.
Eric Boyd kicks it off
Full house at HackLab
Among the lightning talks, [Pearl Chen] brought her Intel Edison-powered alarm clock that has but one function — to tell her when she is running late. [Johannes van der Horst] brought a USB current monitor that had many of us fascinated for about an hour at the end of the evening, plugging in a phone or a battery just to see the numbers climb. [Eric Boyd] talked about the DIY Bio projects that are going on at HackLab. They are testing meat using PCR to see if it is indeed, beef. Ew.
[Andrew Kilpatrick] of Kilpatrick Audio showed us an older version of his synthesizer before showing us his newest revision, Phenol, which looks pretty slick.
Johannes van der Horst’s USB current meter
Johannes van der Horst’s USB current meter
Pearl Chen’s smart clock
Andrew Kilpatrick’s Phenol synth
[Hugh Elliot] spoke about a light-photography project. [Leif Bloomquist] spoke about a gaming glove project that Hackaday had previously covered. Leif had a Commodore 64 with him and all the games on it fit into 1 GB! [Nadine Lessio] discussed how many programs claim that you can become an expert in a few hours, but in fact, things are not easy. [Jay Vaidya] showed us an IFTTT hack which controls heaters and AC. [Andy Forest] showed us an impressive interactive model of Ontario’s power system that kids at Steam Labs created.
Leif Bloomquist’s gaming glove
That was a super fun meetup! Thanks HackLab for hosting. We’ve got a bunch of upcoming meetups and larger events in LA, NYC, Bangalore, San Francisco and Shenzhen. Check our events page for what, where, and when, We’d love to see you.
I stopped by TIFF’s Bell Lightbox to see the DigiPlaySpace exhibit. [Micah Scott] did a collaboration with Ryerson University’s RTA School of Media which welcomes you as you walk in. Note: all photos are lifted directly from TIFF.net’s website.
My final stop on this tour was to visit Globacore’s new offices. We spent a day or so hacking on a VR controller for their newest game called Power Cube. Power Cube is an Oculus Rift experience with a custom game controller holding an accelerometer, a gyroscope and magnetometer that links into the game directly.
Before you attempt to solve a problem, you must first study the problem. If there’s a problem with the environment, you must therefore study the environment at a scale never seen before. For this year’s Hackaday Prize, there are a lot of projects that aim to do just that. Here are a few of them:
The project is to build a proper breakout board for this spectrometer. The best technologies are enabling technologies, and we can’t wait to see all the cool stuff that’s made with this sensor.
[radu.motisan]’s portable environmental monitor isn’t just one sensor, but an entire suite of them. The design of the project includes toxic and flammable gas sensors, radiation detectors, dust sensors, and radiation detectors packaged together in a neat, convenient package.
[radu] has already seen some success with environmental sensors and The Hackaday Prize; last year, his entry, the uRADMonitor placed in the top fifty for creating a global network of radiation sensors.
In 300 years, New York, London, Tokyo, and just about every major city on the planet will be underwater. Sub-Saharan Africa will extend to the equator. Arizona will get hurricanes. These are huge problems, but luckily there are a few very creative people working to terraform the Earth for this year’s Hackaday Prize.
[Danny] is working to stop desertification, and stop blowing drifts of sand from encroaching on valuable farm land. How does his project aim to do this? There are a few techniques that can mitigate or even stop the expanding deserts, including reforestation, proper water management, and using woodlots and windbreaks just like in the 1930s dust bowl.
With the right tools, these techniques are fairly simple to implement. For that, [Danny] is working on a biodegradable lattice framework that will hold soil in place just like plant roots would. It’s an interesting concept, and we can’t wait to see what kind of prototypes [Danny comes up with.
The Terra Spider takes a different tack. In true post-apocalyptic fashion, the Terra Spider will deploy thousands of robots capable of moving and removing biomatter from the environment. Each of the Terra Spiders is able to monitor the local environment, and a few dozen of these bots connected by a wireless network will be able to address a specific site’s needs to make a landscape the way it should be.
Electric vehicles are the wave of the future, whether it’s from sucking too much oil out of the ground, or because of improved battery technology. Most internal combustion engines are unsustainable, and if you’re thinking about the environment – or working on an entry for The Hackaday Prize – an electric vehicle is the way to go.
Here are a few electric vehicle projects that are competing in The Hackaday Prize that show off the possibilities for the electric vehicles of the future.
An Electric Ninja
Motorcycles are extremely efficient already, but if you want a torquey ride with a lot of acceleration, electric is the way to go. [ErikL] is hard at work transforming a 2005 Ninja 250R into an electric vehicle, both to get away from gas-sipping engines and as a really, really cool ride. Interestingly, the battery technology in this bike isn’t that advanced – it’s a lead acid battery, basically, that reduces the complexity of the build.
The amazing part of this build is how they created the body. It’s a fiberglass mold that was pulled off of a model carved out of a huge block of foam. There’s a lot of composite work in here, and a lot of work had to happen before digging into the foam; you actually need to choose your accessories, lights, and other bits and bobs before designing the body panels.
While the suspension and a lot of the mechanical parts were taken from a Mazda Miata, the power and drive system are completely custom. Most of the chassis is filled with LiFeMnPO4 batteries, powering four hub motors in each wheel. It’s going to be an amazing car.
Custom, 3D Printed Electric Motors
If you’re designing an electric car, the biggest decision you’re going to make is what motor you’re going to use. This is a simple process: open up a few catalogs and see what manufacturers are offering. There’s another option: building your own motor. [Solenoid] is working on a piece of software that will calculate the specifications of a motor given specific dimensions. It will also generate files for a 3D printed motor given the desired specs. Yes, you’ll still need to wind a few miles of copper onto these parts, but it’s the beginning of completely custom electronic motors.
Bangalore, India evokes different responses depending on whom you ask. Old timer’s remember it as the Pension/Retirement City (not any more though). For other’s, it’s the Silicon Valley of India. And some call it the start up capital of India. For me, though, it brings back fond old memories. This was the city where I got my first job after finishing College in Mumbai, at the princely sum of $20 a month way back in 1986.
A lot of water has flowed under the bridge since then, and next month will find me back there at another awesome Maker Space called Workbench Projects, talking about the Hackaday Prize and how we can get hackers here to solve some of our big issues. We have huge problems in all sorts of areas – Pollution, Water resources, Energy, Climate, Agriculture, Transportation, Education – the list is long.
On Saturday, May 2nd, at Workbench Projects hackerspace we will gather for “Bring-A-Hack @ Workbench Projects” to talk about our passion for making and hacking. We’ll discuss the 2015 Hackaday Prize which offers $500,000 in prizes for hackers who can build solutions to problems faced by a wide-range of people. What does that really mean? That’s one of the topics of the evening. Of course there will be plenty of time to show off your own hacks, ask for advice on difficult projects, and to socialize with everyone that attends. Please visit the event page for all the details.
For [Peter]’s entry for the 2015 Hackaday Prize, he’s attempting to improve the standard industrial process to fix atmospheric nitrogen. Why? Fertilizers. He’s come up with an interesting technique that uses acoustic transducers in a pressure vessel, and to power that transducer, he’s turned to the greatest scrap heap in the world: eBay. He found a cheap ultrasonic power supply, but didn’t know offhand if it would work with his experiments. That’s alright; it’s a great opportunity to demo some basic reverse engineering skills.
A few months ago, [Dave Jones] posted a great video where he reverse engineers the front end of the new Rigol Zed. The basic technique is to make a photocopy, get some transparency sheets, grab a meter, and go to town. [Peter]’s technique is similar, only he’s using digital image manipulation, Photoshop, and a meter.
The process begins by taking pictures of both sides of the board, resizing them, flipping one side, and making an image with several layers. The traces on the bottom of the board were flooded and filled with the paint bucket tool, and components and traces carefully annotated.
With some effort, [Peter] was able to create a schematic of his board. He doesn’t know if this power supply will work with his experiments; there’s still some question of what some components actually do. Still, it’s a good effort, a great learning opportunity, and another log in [Peter]’s entry to The Hackaday Prize