Part review – ScrewShield for Arduino

Hello interested readers

Today we are going to examine a part that makes connecting external wires to an Arduino easier than trying to electrocute yourself – the Wingshield Industries ScrewShield. Is is such a simple and useful thing I am almost angry at myself for not getting one earlier. Better late than never!

The ScrewShield allows you to connect wires to all of your Arduino I/O pins via PCB-mounted terminal blocks. And it is also designed as a shield, so you can stack more shields on top like any other. Now to save costs it comes unassembled, but that isn’t a problem. Here is the contents of the bag upon arrival:


The quality of the PCBs are very good:


And no instructions were necessary – so time to fire up the soldering iron and fume extractor:


The first thing to do was jig up the socket pins with the PCBs using my favourite method, a lump of blutac:


Then it was a simple matter to turn it over and solder away; then repeat the process for the other wing. Time for a quick break to see how they look:


Once the sockets have been soldered in, the next step was to connect the terminal blocks together for each appropriate line:


And then time for another soldering session:


And we’re done. Looks kind of like a Lego spaceship from my childhood:


You can never have too many Arduino shields:


Another use for the ScrewShield is to make it easy to connect multi-core wires to a breadboard. Using PCB terminal blocks is usually difficult as the pins are a fraction too large for the holes in the average breadboard. However you can only use the analogue shield to do this, as a reader has pointed out, the pin spacing for the digital side is a little off:


Nice one. It’s always great to have a product with more than one use. So there you have it. Another inexpensive, interesting and very useful part for the Arduino fans out there. If you use an Arduino – you really should get one of these.  And if you made it this far – check out my new book “Arduino Workshop” from No Starch Press.

In the meanwhile have fun and keep checking into Why not follow things on twitterGoogle+, subscribe  for email updates or RSS using the links on the right-hand column? And join our friendly Google Group – dedicated to the projects and related items on this website. Sign up – it’s free, helpful to each other –  and we can all learn something.

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John Boxall

Founder, owner and managing editor of

7 Responses to “Part review – ScrewShield for Arduino”

  1. Justblair says:

    Nice mini review…

    I feel like such a Dilbert! I have two of these shields and never thought for a second of using one of the sides as an adaptor for a breadboard… It is such an obvious thing to do!

    Got your site on RSS, fantastic resource.


    • John Boxall says:

      Absolutely, it occurred to me at the last moment when a breadboard was staring at me in the face. :)
      Thanks for reading and catching up – your site is also a wealth of information. Nice one

  2. John Park says:

    Well I feel doubly dumb; I’m one of the designers of the ScrewShield and I never thought of the breadboard trick either. Nice one!

  3. JonathanD says:

    First of all, nice blog, keep up the good work !

    Regarding the use of blutac to hold components while soldering, I’ve found that the blutac I use (branded “UHU patafix” here in France) will melt due to the heat. When I remove the blutac, there is always some of it that stays on the board/component. I have to wait for it to cool down so that I can get back most of the remaining blutac. Do you experience the same thing ?

    As for “using one of the sides as an adaptor for a breadboard”, the non standard pin spacing is what put me off buying a genuine Arduino (I love boarduinos though ;-P)

    • John Boxall says:

      Hello, thank you for reading!
      Yes, the blutac is a bit of a kludge – simple and works. The first couple of times I tried it… yeah some melted a little. This might sound crazy and very unscientific: I use the same blob repeatedly, it must be a few months old now – it gets a little harder as it dries out. Now it doesn’t melt or get affected by the heat at all.
      Boarduinos rock. I’m starting to just breadboard the ATmega328 as well, e.g.:

  4. Art Atkinson says:

    Only one of the pair of screwshields can be used with a breadboard. The spacing on the connectors on the other one is a little is a little wide. The two gnd pin are connected together on the screwshield so be careful how you use it.



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Arduino Tutorials

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Chapters 0 1 2 3 4
Chapters 5 6 6a 7 8
Chapters 9 10 11 12 13
Ch. 14 - XBee
Ch. 15 - RFID - RDM-630
Ch. 15a - RFID - ID-20
Ch. 16 - Ethernet
Ch. 17 - GPS - EM406A
Ch. 18 - RGB matrix - awaiting update
Ch. 19 - GPS - MediaTek 3329
Ch. 20 - I2C bus part I
Ch. 21 - I2C bus part II
Ch. 22 - AREF pin
Ch. 23 - Touch screen
Ch. 24 - Monochrome LCD
Ch. 25 - Analog buttons
Ch. 26 - GSM - SM5100 Uno
Ch. 27 - GSM - SM5100 Mega
Ch. 28 - Colour LCD
Ch. 29 - TFT LCD - coming soon...
Ch. 30 - Arduino + twitter
Ch. 31 - Inbuilt EEPROM
Ch. 32 - Infra-red control
Ch. 33 - Control AC via SMS
Ch. 34 - SPI bus part I
Ch. 35 - Video-out
Ch. 36 - SPI bus part II
Ch. 37 - Timing with millis()
Ch. 38 - Thermal Printer
Ch. 39 - NXP SAA1064
Ch. 40 - Push wheel switches
Ch. 40a - Wheel switches II
Ch. 41 - More digital I/O
Ch. 42 - Numeric keypads
Ch. 43 - Port Manipulation - Uno
Ch. 44 - ATtiny+Arduino
Ch. 45 - Ultrasonic Sensor
Ch. 46 - Analog + buttons II
Ch. 47 - Internet-controlled relays
Ch. 48 - MSGEQ7 Spectrum Analyzer
First look - Arduino Due
Ch. 49 - KTM-S1201 LCD modules
Ch. 50 - ILI9325 colour TFT LCD modules
Ch. 51 - MC14489 LED display driver IC
Ch. 52 - NXP PCF8591 ADC/DAC IC
Ch. 53 - TI ADS1110 16-bit ADC IC
Ch. 54 - NXP PCF8563 RTC
Ch. 55 - GSM - SIM900
Ch. 56 - MAX7219 LED driver IC
Ch. 57 - TI TLC5940 LED driver IC
Ch. 58 - Serial PCF8574 LCD Backpacks
Ch. 59 - L298 Motor Control
Ch. 60 - DS1307 and DS3231 RTC part I
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