- Best All-Around - DEYUE
- Best Beginner’s - ELEGOO
- Best Buy for Students - WB-106+J
- Ideal for High School - Elenco 9440C
- Honorable Mention - TEKTRUM
When it comes to picking the right parts for circuitry, there is no place better to start than with your best breadboard. It is one of the most essential parts, allowing you to create circuits without needing to solder anything.
This is something important both to those just getting started with circuitry and to experienced individuals looking to make a large-scale project or prototype.
Best Breadboard 2020
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DEYUE – Best Solderless Breadboard
The DEYUE Solderless Prototype Breadboard is our overall pick for the best quality breadboard on the market. It satisfies the needs of any niche and works well for students, hobbyists, and experts alike.
DEYUE offers its Solderless Prototype Breadboard in a few different packages. On the market, you can find a variety of purchasing options including multiple sizes and quantities.
There are packages with and without jumpers as well as a package of just jumpers in the event that you need more for your project.
Overall, the DEYUE Solderless Prototype Breadboards boast a wide variety of uses, compatibilities, and customizations. This would make an ideal addition to any tinkerer’s kit, whether you’re a new user expanding your collection or a seasoned individual looking to pick up some extra breadboards for your next project.
ELEGOO – Best Breadboard for Beginners
Our pick for the best breadboard for beginners is the ELEGOO Solderless Prototype PCB Board Kit. Though similar to our DEYUE pick in many ways, this kit is a little more basic, making it an ideal choice for someone looking to begin their breadboard collection.
ELEGOO offers a small variety of best electronic breadboard kits in this line with a clear emphasis on simplicity — the kit is exactly what it says it is with no frills attached and no abundance of wires to make sense of. This is ideal for someone just getting into circuitry. If you’re just getting involved and are looking just to pick up some breadboards, ELEGOO is the way to go.
The ELEGOO boards are also made with ABS plastic and comes in an individual paper box. They have self-adhesive tape on the back for easy and steady placement and can interlock with other breadboards. The power rails on these boards are continuous with one on each side.
WB-106+J – Best Breadboard for Students
With things color coded and organized well with an included case for the accessories, the Circuit Specialists WB-106+J breadboard kit stands out as a best breadboard starter kit ready to be used in an educational setting.
The Large Solderless Breadboard with Jumpers, WB-106+J, is an ideal pick for students. Rather than coming in a few pieces as many of the other breadboard kits, it is all laid out into one large interface and everything included is neatly packaged.
The spring clips are phosphor bronze nickel plated. The groundplane is made of black anodized aluminum. There are three terminal strips with 1890 tie points and five distribution strips with 500 tie points.
Whether this is for someone new learning circuitry on their own or for someone looking to supply students with a basic kit that includes a little bit of everything, the Large Solderless Breadboard with Jumpers WB-106+J simplifies board placement while keeping the accessories all together easily. This would be fantastic for young, inquiring minds.
Elenco 9440C – Best Breadboard Kit for High School
Similar to the WB-106+J in its straightforward configuration, the Elenco Precision Model 9440C boasts 3,742 total contact points, lending itself to the slightly more complex projects high school or college students may undertake.
Elenco boasts 40 years of history making electronic supplies for educational settings. Though the kit does not come with the multitude of accessories the Circuit Specialists kit comes with, it has a larger configuration.
The Elenco Precision Model 9440C has 3,742 contact points — 3,220 test points and 504 separate five-point terminals as well as 14 horizontal bus lines and four binding posts, which are colored individually to help keep things organized. This makes it still ideal for educational settings, particularly for larger or more complex prototyping as one might see in a high school or college setting.
TEKTRUM – Honorable Mention
TEKTRUM’s breadboard doesn’t quite reach the same niche uses the products above do but it does provide a large workspace and comes with some accessories, which puts it on our radar despite mixed reviews.
That being said, it appears that the quality and consistency of TEKTRUM products is not always top notch, which is certainly something to consider when picking out parts.
The reason this product didn’t make it onto our primary list of top breadboards is because of its unfavorable reviews. It would appear that there is some inconsistency in production.
However, if you need a large workspace and are willing to work with a product that may not be of absolute top quality, this breadboard and wire combo may be the right pick for you. Prototyping sometimes simply needs that much space, not perfection!
Best Breadboard – Buyer’s Guide
But why is it called a breadboard? To put it simply, that’s what they really used to be! Before the plastic boards with tons of holes for circuitry projects existed, people would often grab actual wooden breadboards from the kitchen to map out and experiment with circuitry. They would tack down or nail wires and various parts to the board to help map things out, particularly for beginners with smaller-scale projects.
So what is a breadboard?
A breadboard is a tool used to easily connect the legs of various components without the need for soldering. This allows for easy and non-permanent testing as well as experimentation and repeated use. The flexibility this provides is particularly useful for those looking to get started with circuitry, as it allows you to make multiple projects over time and correct mistakes along the way without having to discard soldered parts.
Because any component attached to it doesn’t have to be a permanent installation, this makes it incredibly versatile. Other boards such as stripboards (Veroboards) or printed circuit boards do not have this flexibility and reusable quality, making breadboards the best choice for learning, prototypes, and large projects that may be subject to changes in configuration.
How does it work?
If you opened up the back of a breadboard, you’d see a bunch of wires organized in horizontal and vertical rows. These are what allows a breadboard to do the things it does! In short, the two large wires that run the length of each side of a breadboard are known as the power rails.
Power rails allow you to connect a power source to the board to provide energy for your project. The rows perpendicular to the power rails are smaller pieces of wire used for components, known as terminal strips. Everything on a given terminal strip will be connected electronically. This is how almost every breadboard operates.
As for the physical configuration of breadboards and your workspace, there are both the fixed workspaces as seen in the WB-106+J and more free-form breadboards such as the ELEGOO or DEYUE. The interlocking clips on either side of a breadboard allow for you to expand your workspace with multiple boards or smaller boards as needed while maintaining one cohesive project.
This can be very convenient when you have a large project or need to connect things in very specific ways, especially when you consider the fact that having them simply floating about unattached could get very unruly very quickly.
Each breadboard has a crevice down the middle. This crevice isn’t just to look good or delineate between sides — it actually serves a specific purpose. There are circuits, known as Integrated Circuits (ICs), which come in Dual In-Line Packages (DIP).
These circuits are designed to fit on a breadboard right over the line in the center, allowing components on either side to be connected or for motors to run, timers to be managed, etcetera. ICs can be incredibly useful and integral parts of a project.
Arduino Uno and Raspberry Pi
These development devices usually get their power from a USB connection to a computer or another external power supply. This supplies power to the breadboard, allowing the circuits to run. They also use the USB connection to get code to the project without the need of a separate device known as a programmer.
This is a wonderful addition to the world of circuitry, particularly for those first getting started, as it simplifies a lot of the process in ways that were not historically available. That’s why it’s so important for a breadboard to be compatible with these devices — they are now nearly essential and are, in all likelihood, what you’ll start out using.
Solderless breadboards are quite easily the single most important accessory to purchase when undertaking a circuitry project using an Arduino Uno, Raspberry Pi, or other similar device. Without one, you might end up actually using a wooden breadboard like people used to!
There are a lot of things to consider when picking out a breadboard. These factors all depend on your experience level, your project size, and whether or not the board is for you (as opposed to a classroom full of young minds).
These packages included accessories, which would be handy if bringing the DEYUE into an educational environment. It would also be handy in the event that you’re relatively new to circuitry and need to expand your collection of all parts. The ability to pick and choose board size and package of cables also lends flexibility for an experienced user.
Our other recommended boards each fell more specifically into a niche use. While they all are great boards to consider no matter your background or project, we felt that those boards would thrive in those specific settings and provide you with exactly what you need. They were less flexible than the DEYUE in terms of options, further embedding them into a niche category.
Take care when purchasing your breadboards! They’re essential to your project and your devices, circuits, and ideas depend on them. Hopefully this guide has been helpful and guided you in the right direction for your project.