Some projects are flashy. They blink, buzz, roll across the floor, or politely threaten to take over your living room. Then there are the unsung heroes of hardware: the tools that make all the other projects possible. They are the jigs, test rigs, fabrication helpers, portable benches, weird little measurement gadgets, and “I got tired of doing this by hand” machines that quietly save the day. That spirit sat right at the center of Gearing Up With the 2023 Hackaday Prize, one of the most maker-friendly rounds in a competition already famous for rewarding clever open-source hardware.
The 2023 Hackaday Prize was the contest’s tenth year, and it arrived with a structure that felt both ambitious and practical. Instead of treating innovation like one giant bucket of “cool stuff,” the competition broke the year into five challenge rounds: Re-engineering Education, Assistive Tech, Green Hacks, Gearing Up, and Save the World Wildcard. That lineup did two smart things at once. First, it gave builders a clearer lane. Second, it sent a message that hardware can be useful, humane, and genuinely world-improving without losing its hacker soul.
Why the Gearing Up Challenge Hit a Nerve
The Gearing Up round ran from July 4 to August 8, 2023, and its mission was beautifully direct: build a hardware solution for fabrication, production, or manufacturing by making a tool or machine more affordable, easier to make yourself, or by inventing a new tool altogether. In plain English, this was the round for people who look at a tedious process and say, “Absolutely not, I can build something better.”
That is catnip for the maker community. A flashy end product is fun, sure, but a good tool has leverage. Build a great gadget and you solve one problem. Build a great tool and you unlock ten more projects that can now happen faster, cheaper, or more accurately. Tool-building is where hardware hacking starts to snowball. It is also where engineering gets honest. A custom measurement rig does not care about your branding. A tensile tester will not clap politely because your enclosure is pretty. A PCB printer has no respect for excuses. Tools reveal whether a design really works.
Hackaday understood that, and the Gearing Up theme celebrated exactly the kind of practical creativity that makes workshops better. It was not just about making more stuff. It was about improving the way stuff gets made.
What Made the 2023 Hackaday Prize More Than Just Another Contest
One reason the Hackaday Prize 2023 mattered is that it was not a beauty pageant for half-finished ideas. The rules pushed entrants toward real engineering discipline. Builders had to create a proper project profile, explain the problem, explain the solution, show images, document repositories and licenses, and post project logs. To reach the final round, they needed a working prototype, a short demo video, high-resolution photos, a bill of materials, reproducible build instructions, schematics, and design files.
That may sound like homework wearing steel-toe boots, but it is actually one of the smartest parts of the contest. In open-source hardware, documentation is not a side dish. It is the meal. A brilliant machine that nobody else can reproduce is interesting; a well-documented machine that other people can build, improve, and adapt is influential. The judging criteria reflected that reality too, looking at uniqueness, documentation quality, ease of implementation by others, and overall completeness.
That structure helped explain why the contest consistently produced projects that felt grounded rather than merely glamorous. By the time a project became a finalist, it usually had a story, a use case, and a paper trail. That is catnip for engineers, teachers, tinkerers, and anyone who has ever muttered, “Where is the schematic?” at a laptop screen.
Standout Ideas From the Gearing Up Finalists
The Gearing Up finalists were a reminder that “tool” is a wonderfully broad word. The top ten included everything from lab gear to fabrication tools to portable electronics workstations. It was less a single category than a parade of clever workshop problem-solving.
Jumperless
Jumperless was the kind of project that made people grin first and think later. At a glance, it looked like a breadboard had gone through a highly productive sci-fi phase. Instead of relying on a jungle of jumper wires, it used analog switching to create real electrical connections while visualizing signals with LEDs. It turned breadboarding from a spaghetti sport into something cleaner, faster, and much more legible. That idea landed so well that Jumperless ultimately took second place overall in the 2023 Hackaday Prize.
Felini
Felini, billed as a pocket-sized electronic lab, captured another side of the Gearing Up philosophy. Not every tool needs to live on a giant bench under perfect lighting with inspirational pegboard behind it. Some tools need to travel. A compact device that bundles useful diagnostics and development features into a portable form factor speaks to a very real shift in modern hardware work: more field work, more mobile debugging, and more people wanting serious capability without hauling an entire lab around like a metal tortoise shell.
DIY Spin Coater and UV PCB Tools
The DIY Spin Coater and the UV projection printer for PCBs and item marking were love letters to fabrication itself. These are the kinds of tools that matter when you are trying to reduce friction between idea and prototype. They shorten the distance between “I have a concept” and “I am holding a working board.” In hardware, that gap is everything. Every extra day, extra outsourced step, or extra setup headache is an opportunity for a project to stall out, gather dust, and eventually become “that thing I should really get back to.”
Low-Cost Universal Tensile Testing Machine
A low-cost universal tensile testing machine made the finalist list too, which deserves a standing ovation from anyone who has ever looked up the price of professional test equipment and briefly considered taking up pottery instead. Mechanical testing is essential, but commercial systems can be painfully expensive. A DIY-friendly approach lowers the barrier for schools, labs, small shops, and independent builders who still need real material data without selling an organ or two.
Electronic Loads, Remotes, Robotic Arms, and Cyberdecks
Then there were entries like the 10kW electronic load, the OMOTE DIY universal remote, the work-holding robotic arm for electronic workshops, CyberSecDeck-001, and Minamil 3dp. Together, they showed how expansive the tool category really is. Some tools help you test. Some help you control. Some help you hold a part steady when your third hand is already busy being your fourth hand. Some help you work in the field. The common thread was utility, not uniformity.
Why Jumperless Became the Round’s Headliner
If the Gearing Up challenge had a poster child, Jumperless was a very strong candidate. It solved a deeply familiar problem in electronics prototyping: breadboards are useful, but they can become a tiny plastic jungle gym of confusion. Jumperless reimagined that experience without abandoning the spirit of quick experimentation. That was the secret sauce. It did not ask people to stop prototyping; it asked whether prototyping itself could become smarter, cleaner, and easier to understand.
And that, really, is what makes a great Hackaday Prize project. It does not just work. It reframes the workflow around it. The best tools do not merely save time. They reduce cognitive clutter. They make a process more intuitive. They reveal what is happening. In a field where debugging often feels like politely negotiating with electricity, that is a big deal.
What the Final Results Say About the Competition
The final results of the 2023 Hackaday Prize told an interesting story. The grand prize went to the Refreshable Braille Module, while Jumperless took second place. That pairing says a lot about the values of the competition. On one side, you had a socially meaningful accessibility project with major real-world potential. On the other, you had a beautifully inventive tool that improved the way hardware gets built and tested. Together, they showed that the contest was not choosing between idealism and practicality. It was rewarding both.
That balance has always been part of the Hackaday vibe at its best. Open-source hardware is not just about cleverness for its own sake. It is about sharing methods, reducing barriers, and making engineering more participatory. The Gearing Up round fit that identity perfectly because tools are democratizers. A better educational machine, a cheaper test setup, or a buildable piece of lab equipment can ripple outward into classrooms, community workshops, tiny startups, and home labs all over the world.
There was also a bittersweet edge to 2023. Hackaday later described this edition as the end of the Prize’s ten-year run in its large, monolithic form. That makes the Gearing Up round feel even more fitting in retrospect. What better way to mark the final chapter of a major hardware competition than by celebrating the builders who create the tools for everyone else?
Lessons Makers Can Steal From the Gearing Up Round
The first lesson is simple: utility is exciting. A project does not need to dance, tweet, or pretend it is “disrupting” civilization to be compelling. If it removes pain from a real workflow, people care.
The second lesson is that documentation multiplies value. The contest rules pushed entrants to explain, photograph, log, and publish. That is not bureaucracy. That is how a one-person breakthrough becomes a community asset.
The third lesson is that tool-building is creative work. Sometimes people treat tools like the boring cousins of “real inventions.” Nonsense. Designing a better bench instrument, a smarter breadboard, or a more accessible fabrication machine is invention in its purest form. It is engineering aimed directly at leverage.
And the last lesson might be the most reassuring: great hardware does not have to come from giant teams with giant budgets. One of the enduring joys of the Hackaday Prize is how often it reminds the world that meaningful engineering can emerge from small workshops, solo builders, and highly motivated people who just got tired of a process being annoying.
Experience Section: What “Gearing Up” Feels Like When You’re Actually Building
Here is the part that every maker recognizes in their bones: a project rarely begins with the glamorous part. It begins with a problem that should be simple and absolutely refuses to be simple. You need to hold a board at a weird angle. You need to probe something microscopic without slipping. You need repeatable motion, a cleaner soldering setup, a portable test bench, or a more reliable way to make the same part five times without inventing new curse words. That is where the spirit of Gearing Up With the 2023 Hackaday Prize really lives.
The experience is half engineering, half stubbornness. You start by trying to work around a bad process. Maybe you tape something down. Maybe you balance a sensor on a coffee mug because, for one shining moment, it seems stable enough. Maybe you tell yourself this is temporary. It never is. Eventually, your brain crosses a line and says, “Fine, I’m building the tool.” That moment feels almost inevitable in a good workshop. Not dramatic. Just deeply, hilariously familiar.
Then comes the fun part: designing a solution for a problem that only becomes obvious once you have suffered through it. Tool projects tend to feel personal because they are born out of friction. A flashy robot can be aspirational, but a custom jig or a smarter breadboard often starts as an act of rebellion against inconvenience. That gives these builds a special kind of honesty. They are not trying to impress in the abstract. They are trying to save your Saturday.
There is also something strangely satisfying about the first time a tool works on the very process that inspired it. A homemade fixture suddenly makes alignment easy. A custom measuring device gives clean, repeatable results. A portable electronics lab lets you debug on-site instead of dragging your project back to the bench like a guilty raccoon. In those moments, you are not just finishing a build. You are reclaiming time, attention, and momentum. The workshop feels different because the workflow feels different.
That is why the Gearing Up theme landed so well. It reflected the lived experience of making things. Real building is messy, iterative, and full of side quests. You set out to create one device and end up inventing three support tools along the way. The side quest becomes the real quest. The helper tool becomes the hero. Suddenly the thing that was supposed to be “just for this one job” becomes permanent bench equipment, and now you defend it like a family heirloom.
There is a deeper emotional side too. Tool-making teaches patience in a sneaky way. You are often building something that will not be fully appreciated until later, when it quietly saves you over and over again. It is delayed gratification with screws. But that payoff is huge. A good tool changes your confidence. You stop improvising every step. You start trusting your process. And once that happens, bigger ideas feel less intimidating because you know your workshop can support them.
That is the experience the 2023 Hackaday Prize captured so well. Gearing up is not only about adding hardware to a bench. It is about building capability. It is about turning frustration into infrastructure. And in the maker world, that is a very fancy way of saying: sometimes the best project in the room is the one that makes all the next projects easier.
Conclusion
Gearing Up With the 2023 Hackaday Prize was more than a themed challenge round. It was a celebration of one of the most important truths in hardware: better tools create better possibilities. By focusing on fabrication helpers, test gear, portable labs, smarter interfaces, and build-friendly machines, the competition highlighted the practical brilliance that keeps the maker world moving forward. The round proved that a tool project can be every bit as creative and impressive as a finished product, and often more influential in the long run.
In a contest year that also emphasized education, accessibility, sustainability, and bold world-changing ideas, Gearing Up provided the workshop-level perspective that tied everything together. You cannot solve bigger problems without the means to build, test, refine, and share the solution. That is why the round mattered. It honored the builders who do not just make things. They make making easier.
