Since the Hackaday Store Spring sale launched, hundreds of items have been flying out the door (sadly only metaphorically, not by drone delivery), and the warehouse robot uprising has been somewhat quelled.
But, all good things must come to an end. Sunday night, the big discounts will disappear and regular prices will return. Until then you can get up to 30% off a range of electronics toys, hardware tools, DIY kits, and Sparkfun items.
Have your eye on [Technolomaniac]’s Hackaday branded Arduino-compatible Spartan-6 FPGA Development Board, [Paul Stoffregen]’s super Teensy 3.2 microcontroller, or [Travis Goodspeed]’s USB fuzz-test tool Facedancer21? Get them now at a discounted price. Shipping is free on orders over $35 to the US, $50 to Canada, and $75 to the rest of the world. There’s no excuse not to start your next Hackaday.io project now.
Need more Hackaday swag? The CRT Android and Robot Head tee are 30% off, as is our women’s fit Hackaday.io t-shirt. The Hackaday edition Trinket Pro, TV-B-Gone, and Huzzah ESP8266 dev board are all 10% off.
Stocks are getting low on some items. Bus Pirates and Bulbdial Kits have been particularly popular. We’ve only got a few XuLA2-LX9 FPGA Boards, JTAGulators, Whistled and DSOtouch left. [Adam Fabio]’s Analog Gauge Stepper, [Macetech]’s RGB Shades, and [BleepLabs]’s Nebulophone have already sold out during this sale. Check out the Spring sale today and get yourself a deal before they’re gone.
Sale ends 11:59 PM PST on Sunday, 10 April (or while supplies last). Sale items are at clearance prices and are final sale. No returns accepted. We will only allow exchanges for the same item or store credit if the item is faulty.
Back in June when Hackaday attended LA Tech Day I met [Gray Bright]. He’s been a big fan of Hackaday for years and recently started producing and hosting The Tomorrow Show, a Late Night Talk Show focused on Science and Technology. [Gray] invited me on the show to talk about Hackaday and the 2015 Hackaday Prize.
[Gray’s] approach is to view scientists and engineers as the new rock stars. In each episode he invites some of the biggest names from the worlds of Science, Technology, Engineering, Art, and Mathematics (STEAM) and conducts a thought-provoking and entertaining interview. There’s a healthy dose of comedy from future correspondent [Ant Simpson] and [SupernoVanGirl], live musical performances, and it’s all filmed in front of a live studio audience.
Filming the show in the Hollywood studio on a Friday night in July was a hoot. I was honored that our segment was on the same episode as the legendary engineer and entrepreneur [Nolan Bushnell], founder of Atari and Chuck E. Cheese’s. [Nolan] even did an impromptu standup set when there was a short technical delay.
You can watch the full episode (below the fold) to see antics from The Tomorrow Show team, [Nolan’s] anecdotes about the early days of Atari and being [Steve Jobs’] boss, as well as my first TV appearance spreading the word about the Hackaday Prize. It’s also hilarious to see [Nolan] hooked up via electrodes controlling [Gray] to play Brain Pong just like when we toured Backyard Brains last year.
Continue reading “Nolan Bushnell and Hackaday on the Latest Episode of The Tomorrow Show”
Part of our whirlwind UK visit took us to Cambridge, where we had the joyous opportunity to check out Cambridge Makespace. The main space was formerly part of the Institute for Manufacturing Robot Lab at Cambridge University, so it has a long heritage of supporting engineering innovation. Continue reading “Hackerspace Tours: Cambridge Makespace”
On the way back from Hackaday Munich a couple of us got the chance to stop off in the UK, so we thought we’d take the opportunity to visit London Hackspace. With close to 1100 members and more than 6500 sq ft of space over two floors, it has to be one of the largest hackerspaces we’ve seen. [Russ Garrett] and [Jasper Wallis] were kind enough to show us around. Continue reading “Hackerspace Tours: London Hackspace”
We’ve been busy contacting design tech and electrical engineering education departments to tell them about The Hackaday Prize, but there are only so many of us and we could do with your help to get the word out.
Are you excited about The Hackaday Prize? Do you think more people at your school should know about it so they can take part? Either way, please help us help them by emailing email@example.com to let us know what program coordinators, student group, or other people we should contact. If appropriate, we have a bunch of promotional materials we would like to send out to some of these awesome hackers.
You can also help us by telling your hacker designer friends, posting about The Hackaday Prize on college social media (#HackadayPrize), or letting the student newspaper know. We want to get as many universities, colleges and high schools involved as possible. Many senior year project ideas would make great starting points for THP entries, and we want to make sure students take up this opportunity to show off what they can do (and hopefully win some stuff in the process). This makes a great summer project, and looks great when applying for colleges or jobs in the future.
Remember you have until August to get your entry in, but the sooner you post it on Hackaday Projects, the sooner you can potentially start winning rewards. We have hundreds of tshirts, stickers, patches, posters and other swag up for grabs on the way to winning The Hackaday Prize.
This week we have been in touch with [Will Pemble], Geek Dad. After a visit to Magic Mountain in early 2013, his son [Lyle] asked “Why don’t we build our own rollercoaster, Dad?”. [Will] couldn’t think of a single reason why not. This was the start of the CoasterDad Project. Excited by the challenge of building a Backyard Roller Coaster, [Will] also thought it would be a fantastic opportunity to teach [Lyle] about physics. Family, Fun, and Physics – what could be better?
The track is made from parallel PVC pipes on a lumber frame, similar to the one we saw for the Manpowered PVC rollercoaster, but it is more varied and looks a lot sturdier. [Will] is now working on mark II of the cart made from a steel frame with skateboard wheels and has independent axles. He is planning to add a pedal mechanism with freewheel, so you can get a little extra oomph on the rises.
In [Will’s] great videos you can get a front row seat on the coaster and see that even though it is fairly compact it has enough rises, troughs and turns to keep you entertained. It may not be quite as exciting as [Jon Iver’s] homemade rollercoaster, but when finished, the rider will be able go round and round self-propelled to their heart’s content, or till they puke, whichever comes first. [Will] also explains the theory and practicalities behind making a strong, safe, but really fun coaster. Don’t miss the videos after the fold.
Have you made a backyard roller coaster, or are thinking about building one? Have you got any questions about [Will’s] roller coaster build? He’s up for making a video to answer some of them, so please leave questions for him in the comments below. We will post the video later on.
Continue reading “Backyard Roller Coaster – Family, Physics and Fun”
[Agy] a fabric hacker in Singapore has made a chic light sensitive LED necklace, and written up the tutorial on her blog Green Issues by Agy. The lovely thing about this hack is that it doesn’t look like a breadboard round her neck, and most of the non-electronic components have been upcycled. [Agy] even used Swarovski crystals as LED diffusers for extra bling.
Using a LilyPad Arduino with a light sensor and a few LEDs, [Agy’s] circuit is not complicated. She seems to be just branching out in to wearable tech, so it is nice that she learnt to program different modes for bright and low light (see video below). Her background in sewing, refashioning and upcycling does show through in her crafty use of an old pair of jeans and lace scraps for this project.
We love tech focused jewelry like [TigerUp’s] LED matrix pendants or [Armilar’s] Nixie-ify Me Necklace, but they do scream Geek. DIY electronically enhanced accessories are becoming more commonplace with the variety of micro-controller platforms expanding rapidly. Low energy wearable boards like MetaWear are making it easy for the tech to be discreet and easily connected to your smartphone. 3D printing is enabling us to create durable enclosures, settings and diffusers like the ones used for LED Stegosaurus Spikes. With all these things, hobby wearable projects can not only be functional and durable, but can also look great too.
Do you think this necklace would look out of place in a non-geeky gathering? Have you got any helpful tips for [Agy’s] code? Have you tried using gems or crystals as diffusers and what were the results? Let us know in the comments below.
Continue reading “Blinky LED Necklace That Actually Looks Chic”