Tag Archives: DIY

DIY Motorized Combo Lock Cracking Device

Combo Breaker is a motorized, battery powered, 3D printed, Arduino-based combination lock cracking device. It is portable, open source, 3D models provided, and exploits a new technique I’ve discovered for cracking combination locks in 8 attempts or less, but in an even more exciting, automated fashion.

DIY Motorized Combo Lock Cracking Device – [Link]

DIY Smart Plant pot


by Akin Yildiz @ instructables.com:

it was one year ago that i have published the plant pot – world’s first stand alone smart plant pot that can email you when it’s thirsty, cold, hot, sleeping etc.

a lot has changed since the first release. today I would like to share with you our latest and most stable version yet.

DIY Smart Plant pot – [Link]

A Movement in the Making

The maker movement is made up of some 135 million adults in the U.S., however, it’s more than just a U.S. movement. Maker faires that celebrate the movement have popped up in Japan, Italy, Norway, and Chile. Makers use their skills to craft items such as clothing, baked goods, jewelry, and art; contributing $29 billion to the U.S. economy annually.

From 3D printers to laser cutters—makers employ various tools to create their goods. Many gather at makerspaces where they share these resources. Makerspaces are havens for techies, artists, and entrepreneurs. Through crowdfunding, makers are able to facilitate small-scale funding for these gathering spaces.


A Movement in the Making – [Link]

Custom DIY RFID smart lock

In this video Craig demonstrates his custom DIY RFID smart lock project:

The goal of this project was to design an inexpensive rfid door lock which could be opened via smart phone, and have all activity logged w/o utilizing any 3rd party servers or cloud hosting.

Custom DIY RFID smart lock – [Link]

DIY dynamic electronic load


A DIY dynamic electronic load by Jay_Diddy_B over at EEVblog Forum:

The dynamic load steps the load current so that the transient response of the power supply being tested can be observed.
0-5A maximum continuous current
0-5A pulsed current at 330Hz

DIY dynamic electronic load – [Link]

Custom DIY Intel Edison Breakout Board


by Stephen Edward:

A Simple Breakout board for the edison. Does nothing special except breaks out the 70pin connector to 2.54mm Pins so you can start experimenting with the Edison.

Has an experimenters area so you can solder on things like a regulator or Level shifter.

It also has the bottom side through connectors so that you can daisy change multiple boards or other Edison shields

Custom DIY Intel Edison Breakout Board – [Link]

8 open-source holiday gifts


by Suzanne Deffree:

The holiday season is in full swing and you may still have a few people to check off your gift-giving list. If you’re at a loss for what to buy the open-source-focused engineer or maker in your life, take a gander at these 8 open-source gifts.

In this list you’ll find out-of-the-box devices, kits, and components for DIY designing, some starting as low as $19.99, with others topping $2100. Be sure to share your own open-source favorites in the comments section and let us know what you think of the ones we’ve included on this list.

8 open-source holiday gifts – [Link]

DIY USB-Oscilloscope in a matchbox


ajoyraman posted a tutorial on how to make a DIY USB-matchbox oscilloscope, an instructable here:

In order to economize on the cost of an enclosure while still providing an aesthetic unit the Aj_Scope2 is enclosed in a large size cardboard matchbox enclosure.
The USB connection to the PC is on one end while the Audio-Jack for the signals to be monitored is on the other.
A ‘Busy’ LED is provided on one corner at the top and a ‘Reset’ switch is provided diagonally opposite.
The ‘Reset’ switch provides a restart of the micro-controller is the worst-case of hang-up. This typically occurs when the operator selects a trigger threshold which is out of limits with respect to the waveform being observed. If the Aj_Scope2 is operated correctly this switch is seldom used.


DIY USB-Oscilloscope in a matchbox – [Link]

Makerspaces: A Revolution in Sustainable Production


by Morgana Matus:

Since the first wheels of mass production started turning during the Industrial Revolution, fine craftsmen and DIYers have found it more difficult to sustain their crafts. Until recently, those handmade-focused entrepreneurs who wanted or needed access to the latest technology would have to assemble a large amount of capital for items such as 3D printers or CNC machines. Those who couldn’t afford the high overhead were left to envy those wares and hope for a price decrease.

Makerspaces: A Revolution in Sustainable Production – [Link]