Rewind: 12 young Makers to watch in 2016


It’s safe to say, the future looks bright! 


Over the last couple of years, the Maker Movement has ushered in a new wave of low-cost hardware that enables anyone of any age and skill level to begin tinkering. Easy-to-use boards like the Arduino continue to lower the barriers to entry, while simplifying the prototyping process. Ultimately, this allows kids to explore basic electronics, learn coding, pursue STEM-related disciplines, and in some cases, even start their own business.

Here are a few young Makers from 2015 that prove age is just a number when it comes to innovation…

Omkar Govil-Nair (O Watch)

Do you recall what you were doing back in the summer of fourth grade? Chances are you weren’t creating a programmable, SAM D21-based smartwatch like eight-year-old Omkar Govil-Nair, let alone launching a successful crowdfunding campaign.

Quin Etnyre (Qtechknow)

Quin Etnyre already has quite the resume for a 15-year-old. After discovering his passion for tech, the self-taught whiz-kid has created his own company Qtechknow, taught classes at MIT, been invited to the White House and garnered over $40,000 on Kickstarter all within three years. Most recently, he introduced a tiny Arduino-compatible board complete with a built-in battery charger and fuel gauge.

Jordan Fung (Pedosa Glass)

What do you do when you’re a 13-year-old app developer who doesn’t have the money to shell out for a new pair of Google Glass? You build your own, of course! Hong Kong resident Jordan Fung devised a smart glasses attachment powered by an Arduino Nano (ATmega328) that shows him data and control information via a tiny FLCoS display.

Shubham Banerjee (Braigo Labs)

Eighth grader Shubham Banerjee constructed a braille printer entirely out of LEGO as a way to improve access and literacy for the visually impaired. More impressively, his startup Braigo Labs received venture capital funding from Intel late last year.

John Wall (WΛLLTΞCH)

17-year-old John Wall loves crafting his own open source wearable gadgetry. From OLED watches to Bluetooth/NFC bone-conduction audio headsets, the future Stanford grad has done it all.

Chase Freedman (Brick Sound Kit)

“What if there was a way to record our own sounds and play them back whenever we flew our LEGO spaceship?” This was the simple question that prompted eight-year-old Chase Freedman to explore his imagination and develop an attachable, Arduino-friendly device that lets kids record or download sounds to enhance their playtime experience.

 Sahar Khashayar (Wildfire Warning System)

Jimmy Fallon welcomed 14-year-old Sahar Khashayar onto his show earlier this year. The ninth grade student had the chance to demonstrate her inexpensive device capable of detecting wildfires (and house fires, too) and sending a text alert to emergency personnel before flames rage out of control.

Nick Anglin (Strikey Sensors)

During a Maker Camp last summer, 13-year-old Nick Anglin noticed that there was a void in the market for Little Leaguers looking to learn how to pitch accurately. Whereas most middle schoolers would simply draw a rectangular box out of chalk on a brick or concrete wall and then proceed to throw the ball at the makeshift strike zone, this Maker decided to take a much more high-tech route with the help of lasers and Arduino.

Nilay Mehta (Low-Cost Robotic Arm)

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With the help of 3D printing and Arduino, Nilay Mehta was able to build an inexpensive, voice-controlled robotic arm. The Irvine, California high school student programmed the unit to mimic the movements of an actual human hand, such as pinching, grabbing or holding a utensil. Using voice commands through a two prong microphone attached to the limb, the arm can carry out specific actions at the request of its wearer.

Aidan Fay (Cockpit Simulator)

What do you do if you’re a 17-year-old whose aspirations of flying an airplane have been grounded by the FAA due to a pre-existing medical condition? Having been interested in aviation for quite some time and still determined to one day earn his Class 3 pilot’s license, Aidan Fay decided to design a full-scale Cessna 172 simulator right in his bedroom. And unlike other computer programs and video games available today, the San Diego-based Maker wanted a system that would take his training to whole new heights. His life-size cockpit includes everything from pedals that control actual airplane rudders and brakes, to a steering yoke, to an Oculus Rift running Lockheed Martin’s Prepar3D software for a truly immersive experience.

Emmett White (PineDuino)

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As seen at the Westport Maker Faire, second grader Emmett White came up with a Pinewood Derby car that uses an Arduino Nano, an accelerometer and an LED display to collect and display information as it travels.

Guillaume Rolland (SensorWake)

Wake up and smell the coffee, literally. This is what Guillaume Rolland, an 18-year-old French entrepreneur, set out to accomplish with the world’s first olfactory alarm clock. The unit awakens its user with a scent rather than an abrupt audio alarm.

30 stats that prove the IoT has arrived


Numbers don’t lie! 


If you’re still unsure as to whether the Internet of Things has arrived, just take a look at these figures.

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  • 50 percent of IoT solutions will originate in startups less than three years old by 2017. (Gartner)
  • 50 million smart gadgets will be sold during this holiday season. (MediaPost)
  • 6.4 billion connected things will be in use by 2016. (Gartner)
  • 5.5 million new things will get connected every day in 2016. (Gartner)
  • 20.8 billion devices will be connected globally by 2020. (Gartner)
  • 34 billion devices will be connected to the Internet by 2020. (BI Intelligence)
  • 4 billion connected things will be in use by the consumer sector in 2016. (Gartner)
  •  13.5 billion smart gadgets will be used by consumers in 2020. (Gartner)
  • $698 billion spent globally on IoT this year. (IDC)
  • $546 billion in will be spent on connected objects by consumers next year. (Gartner)
  • $868 billion will be spent on connected things by the enterprise in 2016. (Gartner)
  • $1.3 trillion will be spent globally on the IoT in the next four years. (IDC)
  • $6 trillion will be spent on IoT solutions over the next five years. (BI Intelligence)
  • $11 trillion is the total impact that the IoT applications can have on the economy by 2025. (McKinsey)
  • $7.4 billion in investments over 887 deals have been made in the IoT space in the last six years. (CB Insights)
  • $14.4 trillion is how much the global IoT market will be worth by 2022, with the majority invested in improving customer experiences. Industry-specific use cases will generate $9.5 trillion (66%) including smart grid and connected personal vehicles, while cross-industry applications will generate $4.9 trillion (34%) including future of work initiatives and travel avoidance. (Cisco)
  • 174 million smart homes are in existence worldwide this year. (MediaPost)
  • 339 million homes will become smart in 2016. (MediaPost)
  • 21% of all U.S. households are already using smart home technologies. (Strategy Analytics)
  • 45 percent of all Americans will either own smart home technology or invest in it by the end of 2016. (Coldwell Banker)
  • 250 million connected cars will be on the road in 2020. (Gartner)
  • 1 in 5 cars on the road will have some form of wireless network connection by 2020. (Gartner)
  • 1.6 billion connected things will be used by smart cities in 2016. (Gartner)
  • 518 million connected things will be used by smart commercial buildings in 2016. (Gartner)
  • $101 billion in revenue will be generated on commercial building automation systems in 2021. (Navigant Research)
  • 76.1 million wearable devices shipped in 2015. (IDC)
  • 228 million smart wearables to be shipped in 2020. (Berg Insight)
  • 173 million connected wearables will ship in 2019. (IDC)
  • 34.3 million smartwatches will be shipped around the world in 2016. (IDC)
  • 88.3 million smartwatches will ship by 2019. (IDC)
  • 21 million wearable devices shipped in Q3 2015 alone. (IDC)
  • 1.43 billion smartphones shipped in 2015. (IDC)
  • 40 billion wireless connected devices will be active in 2020. (ABI Research)
  • 19 billion Bluetooth-enabled gadgets will ship over the next five years. (ABI Research)
  • 400 million BLE Beacons will ship by 2020. (ABI Research)
  • 40 percent of the top 100 discrete manufacturers will rely on connected products to provide product as a service. (IDC)

While not all of the forecasts match up completely, they all share the same upward trajectory. Safe to say, the IoT is here!

Rewind: 50 gizmos and gadgets that made us say ‘wow’


2015 was quite the year. Here are just some of the awesome devices with mainstream appeal that caught our eye over the last 12 months. 


Buddy

The first social robot that connects, protects and interacts with each member of your family.

Bistrobot

If you give this automated machine $2, it will craft a peanut butter sandwich on white bread with your choice of honey, blackberry jam, sweet chili or chocolate sauce.

Keyboardio

Finally, there’s an open source ergonomic keyboard that gives your overworked pinkies a break and puts your thumbs to work.

Voltera V-One

Tired of delays and unnecessary expenses? Then you’ll love this laptop-sized printer that can turn design files into prototype circuit boards in minutes.

PancakeBot

Design, print and eat your own pancakes.

PicoBrew Pico

Why head out to the package store when you can brew your own fresh, personalized craft beer right at home?

Forever 21 Thread Screen

The team of BREAKFAST and Forever 21 developed a massive, one-ton machine that turns your Instagram photos into thread artwork.

DrumPants

From hip-hop to dubstep, this wearable kit lets you play music right from your body using 100+ sounds and 300+ music applications.

Prometheus

While it may look like a 3D printer, this PCB milling machine enables you to prototype circuit boards right from your desk.

Tech Tats

Chaotic Moon Studios have devised a cutting-edge tattoo kit, which allows for the monitoring of your own body activity.

Layered Fabric 3D Printer

Who needs a toy store when you can 3D print your own soft and deformable stuffed animals from layers of off-the-shelf fabric?

BeachBot

Sand castles are so 2014. This turtlish autonomous robot can create large scale art on the beach.

OpenROV Trident

Whereas most drones are made for the sky, this remote-controlled, camera-equipped ROV is meant for underwater exploration.

Reality Editor

What if reprogramming your devices was as simple as drawing lines between them? Thanks to MIT’s Fluid Interfaces Group, it may soon be.

ONAGOfly

Sorry selfie sticks, your days are numbered. This palm-sized drone features GPS auto-following and a high-res camera.

BeON Home

There are smart lights, then there are out-smart lights. This system will make having a safer, smarter home as simple as screwing in a bulb.

PowerUp FPV

Your old-school paper airplane just got a whole heck of a lot cooler with a live-streaming camera.

Phree

A revolutionary pen that turns the world around you into a notepad.

The Things Network

Make your city smart with this global, crowdsourced and decentralized IoT network.

Ripple Maker

A 3D printing-inspired device that can etch art on the foam of your coffee.

FarmBot

Grow my gosh! This 2015 Hackaday Prize entry is the world’s first open source CNC farming machine.

Alpha 2

Could this humanoid robot become the newest addition to your family?

LifeQ

By tapping into the human sensor, this intelligent technology can significantly improve decision-making for anyone’s health and well-being.

Sesame

Replace your keys with your smartphone in just seconds.

UnaliWear

Like OnStar for seniors, this all-in-one, voice-controlled wearable will help keep the elderly independent, active and safe.

ShiftWear

The most adaptable shoes you’ll ever own, customized straight from your smartphone.

Flic

A wireless button that can control your favorite smart functions.

C.H.I.P.

A $9 computer. ‘nuff said.

DrinkMate Mini

Have you had a couple of drinks? Don’t worry, this tiny iPhone breathalyzer has got your BAC!

Opal

Love nugget ice? Hate buying bags? This affordable gadget is for you.

Dobot

This high-precision, Arduino-based desktop robotic arm can do pretty much anything.

RePhone

BYOD: Build your own device! Piece together your own phone and give inanimate objects the power of cellular communication.

Mycroft

Based on the Arduino and Raspberry Pi, this open source A.I. system plays media, controls lights and more.

Spinn Coffee

This appliance can whip up anything from drip coffee to espresso, depending on how fast the brewer spins.

Tempescope

Who needs weather apps when you can recreate the forecast from right inside your living room?

Makerarm

A complete personal fabrication system crammed into a single, sleek robotic arm for your desk.

Fibonacci Clock

Think reading an analog clock is tough? Tell time using glowing lights and the Fibonacci sequence.

Electroloom

Design and create seamless, ready-to-wear garments based on custom 3D geometries.

Fleye

Could this soccer ball-shaped drone be the safest flying bot to date?

Naviator

A drone that can fly and swim.

RoboHon

Sharp unveiled a new smartphone in the form of an adorable robot.

Dancing Paper

Bet you’ve never seen a bunch of origami bust a move.

jamStik+

A portable guitar that teaches you to play and lets you jam on the go.

Nexpaq

This modular case for your smartphone gives you the ability to add and remove physical modules whenever necessary.

OWOW

A new breed of instruments that can drop the beat at home, in the studio or live on stage.

Oval

What if you could play a handpan like an electronic musical instrument?

SensorWake

The world’s first olfactory alarm clock wakes you up with your favorite scents instead of sound.

Ario

This smart lamp learns your habits, syncs to your body clock and keeps you healthy through natural lighting patterns.

CMYK 4.0

If you’re looking to make your commute from home to the office a bit more efficient, then this foldable electric bike may be for you.

Musio

The world’s first artificially intelligent companion bot, designed to engage and grow with you.

LineFORM

This shape-changing soft robot can be a phone, a wristwatch, a keyboard, a lamp and more.

Cord UIs

Imagine if you could control your gadgetry using cords and cables.

Bruno

There’s finally an automated smart trashcan that not only opens with a wave of a hand but vacuums up dust and restocks itself.

Netflix

These smart socks will pause your binge-watching session when you fall asleep.

Pixelio

Goodbye, shaky hands! Transform your smartphone into a 3D scanner.

 

A DIY quadruped that waves and walks


Maker builds a 3D-printed, Arduino-based social quadruped that can wander freely or be controlled via Bluetooth.


The Makecourse at the University of South Florida teaches the basic skills for engineering design projects, and, unlike most classes of this type, is open to all USF students with no prerequisites. For his part in it, Chomba Waihenya decided to build a quadruped robot. The bot can be controlled via a Bluetooth connection (including a phone app that he wrote), or it can be set free to wander about, avoiding obstacles using an ultrasonic range finder.

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The first design for the quadruped involved three servos, or three degrees of freedom (DOF), per leg, but after initial testing he decided to go with a simpler two servo/DOF design. The robot takes advantage of a sliding gait to move, as shown in the videos below. The outer servo makes the leg either stretch out or contract, affecting the amount that it grips the smooth floor. Depending on how these two servos are positioned and moved, this allows the ‘bot to move forward, backward, left, or right. Additionally, it can lie down on command, as well as do a friendly wave with either of its front appendages, making it a “social” quadruped.

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Control is accomplished via an Arduino Uno (ATmega328) with a Bluetooth module, with an Arduino V5 sensor shield for simplified wiring. As eight servos plug into the shield in this application, the term “sensor shield” probably doesn’t give its abilities enough credit!

EtchABot is a CNC Etch A Sketch


There’s just something very appealing about taking a childhood toy and giving it electronic controls.


Many of us have memories of using an Etch A Sketch as a child and being frustrated that our drawing skills with it weren’t really up-to-par. Sure, there are a few people that are able to manipulate these devices to an artistic level, but for those that are instead well-versed in electromechanical arts, the other option is to create a machine to draw for you.

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Instructables user “GeekMomProjects” did just that, and outlined how to replicate her device in a very detailed write-up. Her machine uses three servos controlled by an Arduino Uno (ATmega328) with a stepper driver. Two steppers to spin the knobs in a coherent fashion another tips it over when a new drawing needs to be started. This function is also useful for defining where the “pen” should start, which can certainly be frustrating for amateur ‘Sketch artists.

The mechanical frame is cut out very nicely with a laser cutter, and simply bolts together. According to the article, “There is no glue, cutting, drilling or soldering required. Anyone with a basic knowledge of breadboard wiring and Arduino programming can construct and run it.”

You do apparently need access to a laser cutter (or possibly another type of cutting tool), but given the mechanism’s excellent capabilities shown in the videos below, it might be worth it to have the components cut out!

In addition to the functions shown, it also has the ability to draw either raster or vector images from a computer, though it’s better suited to produce vector graphics (graphics composed of lines). Code and mechanical designs are available on GitHub, which should allow things to be updated as improvements come.

This R2-D2 drone has all the bells, beeps and whistles


An aerial cinematographer has created an R2-D2 drone that not only beeps and whistles, but can capture footage through its camera eye.


Just when we thought we’ve seen it all, we happened to stumble upon this impressive Star Wars project from a Makerspace in a galaxy far, far away. Meet Arturo, the world’s first R2-D2 drone. And with The Force Awakens now in theaters, the timing couldn’t be better.

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Equipped with four propellers, Arturo features a moving head, LED jetpack lights on his feet and a speaker that emits R2-D2’s appropriate beeps and whistles. Aside from that, the drone includes a DJI GPS autopilot navigation system and a CCD camera installed in its eye.

The brainchild of aerial cinematographer Don Melara, the quadcopter made its debut only days before the much-anticipated launch of the blockbuster flick at the International Drone Expo in Los Angeles.

The build itself took just over a week to complete and the result is awesome. Not to mention, it’s even more amazing to watch fly through the sky at dusk. See for yourself below!

Rewind: These brands are embracing the Maker Movement


A look at how major brands can leverage the burgeoning Maker Movement and IoT to enhance both the customer experience and their marketing efforts. 


If you need any further validation that the Maker Movement has picked up steam, just take look at what some major brands have done over the last several months.

Netflix

The Adafruit Pro Trinket-equipped Netflix Socks detect when you’ve dozed off and send a signal to your TV, automatically pausing whatever it is you’re binge-watching.

Adidas

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This concept shoe is made up of an upper constructed from ocean plastic materials along with a 3D-printed midsole of recycled polyester and gill net.

New Balance

This pair of high-performance running shoes will include a 3D printed-midsole.

Nike

The Back to the Future II-inspired, self-lacing Nike Mags are now a reality.

Lexus

This concept RC F connects to a driver and displays their heartbeat in real-time through electro-luminescent paint.

Disney

The turtlish BeachBot autonomously creates large scale sand drawings.

Facebook

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The Parse for IoT SDK supports the Arduino Zero with the Wi-Fi 101 Shield as well as the Arduino Yún.

Royal Caribbean

The cruise line’s latest groundbreaking ships, the Quantum of the Seas and Anthem of the Seas, features two bartending robotic arms that precisely mix drinks to order.

Amazon

The online empire revealed the latest prototype of drones it will deploy as part of its Prime Air service, as well as a connected Dash Button that lets shoppers reorder frequently used household products with a simple touch.

Dole

This ‘wearable’ banana, which was designed for the Tokyo Marathon, is equipped with an LED display and sensors under its skin. The smart fruit monitors a runner’s race time and heart rate, and even shows tweets urging them onwards.

Kagome

This piggybacking robot, aptly named Tomatan, feeds a wearer tomatoes as they jog.

Levi’s

The clothing company partnered with Google’s Project Jacquard to bring touch-sensitive smartphone control to jeans.

AIAIAI

The Booty Drum is a wearable unit that turns ‘twerking’ into music. (NSFW.)

EasyJet

The European airline, with the help of CuteCircuits, unveiled a first-of-its kind smart uniform for both cabin crew and aircraft engineers. The futuristic, LED-laden outfits will enhance communication and passenger safety procedures.

GE

The company’s FirstBuild microfactory debuted an affordable, in-home nugget ice machine, Opal, that went on to garner more than $2 million on Indiegogo.

Local Motors

The manufacturer plans to begin selling the first highway-ready, 3D-printed cars next year within the price range of $18,000 to $30,000.

Hershey’s

The sweets giant partnered with 3D Systems to make an advanced chocolate 3D printer.

Barilla

The pasta maker held a 3D printing competition to explore new shapes and designs.

Crocs

The shoe brand showed off a possible future alternative to heading out to its store by experimenting with drones as a delivery option at a pop-up store in Japan.

Domino’s

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The Easy Order smart button pairs to a smartphone app via Bluetooth and makes ordering your favorite pizza simpler than ever.

Hoover

Rplic

The company let customers 3D print parts for their vacuums by downloading the accessories on Thingiverse.

Huit Denim

The UK jean specialist used Bare Conductive’s Electric Paint and Arduino to turn its window storefront into a touch interface.

Samsung

The Talking Fridge was embedded with Arduino-based sensors to detect customers and sell itself in real-time.

… and while not the brainchild of McDonald’s itself, this project was pretty awesome. The McNugget vending machine is comprised entirely out of LEGO. Simply insert a €2 coin, sit back and let it deliver a box of chicken in seconds, complete with the requisite dipping sauce.

Automate your curtains with Arduino


Hate getting up to close the curtains? This Maker has developed a Bluetooth-controlled solution for the lazy.


Curtains are quite useful for privacy and blocking excessive sun, but who has the time or energy to get off of the couch and close them? Certainly not engineer Jordan Tallent, who decided to instead design and build his own wireless curtain controller using an Arduino Nano with a Bluetooth module.

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Tallent soldered the Nano (ATmega328) a stepper driver and the Bluetooth module onto a printed circuit board. Though he says that the results were a little messier than he would have liked, he wanted it to have a small footprint, which he seems to have accomplished.

The motor is physically attached to the wall below the curtain rod, along with a free pulley on the other side of the window. To pull the curtains, a piece of fishing line is wrapped around a pulley mounted to the stepper motor as well as the free pulley on the other side. Resourcefully, binder clips were tied to this fishing line and clipped to the curtains on opposite sides of the “string circuit,” allowing both to open or close depending on the motor’s direction.

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Tallent intends to eventually write an Android app for his phone and implement clock functionality via a real-time clock chip. For now he’s using a communication program called Bluetooth spp tools pro to communicate with his device. This enables him to type “o” to open the curtains and “c” to close them, which seems to work nicely in the demonstration video below.

Rewind: 30 projects from 2015 that gamers will love


A look at some gaming-inspired projects that caught our attention over the last 12 months. 


Arduboy

A credit card-sized device that allows you to play, program and share 8-bit games.

TinyArcade

A shrunken-down cabinet that lets you relive the golden age of arcade games.

8-Person NES

A system that transforms 8-bit side-scrolling games into a totally immersive multi-player experience.

Tetris MicroCard

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An ATmega32U4-powered gadget that puts Tetris right in your wallet.

Game:ref

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A hardware anti-cheat solution for online gaming.

MAME Game Machine

A game machine driven by a Cosino Mega 2560 (running the AdvanceMAME) with a 7″ LCD display and an Xbox-compatible joystick.

Grand Theft Auto iPhone App

An Arduino Leonardo, an Ethernet shield and a PC enables your iPhone to be used as a GTA controller.

Auto-Leveling Destiny Robot

A robotic mechanism comprised of a servo motor, an Xbox controller and an Arduino Uno that allows you to level up in Destiny without even lifting a finger.

Arduinocade

A creative way to play classic video games on your TV from an overclocked Arduino Pro Mini.

Gloveone

A glove that lets you sense and interact with virtual objects onscreen and in your VR headset.

KADE miniConsole+

An open source gadget that allows you to play all old-school games with their original controllers.

Impacto

An Arduino-driven band designed to make it feel as though you’re hitting and being struck in VR games.

Bedroom Cockpit

A full-scale Cessna 172 cockpit simulator, complete with everything from pedals that control actual airplane rudders and brakes, to a steering yoke, to an Oculus Rift running Lockheed Martin’s Prepar3D software.

Scrapyard Simulator

An actual dashboard for a truck simulator.

Dashboard Simulator

A real dashboard for your car simulator.

Arduino Game Boy

A super-sized Arduboy.

Tetris on an ARM Cortex-M4 MCU

Tetris

A game of Tetris on an Atmel | SMART SAM4S MCU.

KeyChainino

An Arduino-programmable keychain game.

Super Hexagon

An Arduino Nano attached to a fan blade displays Super Hexagon in a more “circular” format.

Claw Machine

A DIY claw machine that’s faster, fairer and more controllable than anything found in yesterday’s arcades.

Storefront Pong

An interactive storefront game played on a giant 6 x 8 pixel grid display comprised of 18.5” bulbs illuminated by ultra-bright NeoPixel rings.

WideRun

A fully-interactive bike trainer specifically designed to deliver engaging fitness sessions through VR headsets and external screens.

Doorstop Game

A one-dimensional dungeon crawler game that uses a doorstop spring as its controller and an LED strip as its display.

Talon

A motion control ring that enables you to play games and control apps with simple gestures.

Pico Cassettes

An old-school gaming cartridge for your smartphone.

TeleBall BreakOut

A retro-style handheld gaming device.

DIY Game Boy

A portable, 3D-printed console embedded with a Raspberry Pi and Teensy 2.0.

Barebones Console

An extremely low-cost, minimalist gaming console that will take you back to a much blockier 8-bit era.

Arcade-Style Puzzle Box

A vintage, arcade-style puzzle box that resembles the ubiquitous wooden audio equipment of the ‘70s.

UFO Escape Keychain Game

A game of UFO Escape on your keychain? Sure, why not?

Gbg-8

An 8-bit instant photo camera masquerading as a toy gun, which consists of an old Game Boy, a camera, a thermal printer and an Arduino.

Maker builds a $20 mouth-operated mouse


This DIY mouthpiece allows those with disabilities to easily surf the web. 


Out of more than 170 submissions, Maker Tobias Wirtl’s Mouth Operated Mouse has been named the winning entry in Thingiverse’s Assistive Technology Challenge.

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After reading about difficulties those with disabilities face in accessing new technologies, Wirtl wanted to create an affordable and easily accessible device that could enable more people without the use of their arms and hands to navigate the Internet. Even better, the mouth-operated piece can be built for $20 using a 3D-printed case and off-the-shelf components — a mere fraction of the cost of commercial solutions on the market today.

“There are many new technologies that people with disabilities can’t access and in my opinion everyone should be able to benefit from today’s media, especially the Internet,” Wirtl explains.

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The mouth-operated mouse moves the cursor by using a mouthpiece, which works like a joystick. Pushing the mouthpiece towards the case operates the right mouse button, while the left button is emulated by a $5 e-cigarette sensor that recognizes when the user sucks air through it. The system is all controlled by an Arduino Pro Micro (ATmega32U4) and can be connected to virtually any PC via USB.

This winning design follows in the footsteps of several other Maker projects, including Hackaday Prize champion Eyedrivomatic, that could ultimately change the lives of others.