For most of my career, the path into automotive fabrication was pretty well defined. If you wanted to build at a high level, you needed a serious shop, including laser cutters, press brakes, welders, space, power, and a capital investment that could easily reach into the hundreds of thousands, if not millions, of dollars before producing a single part.
I came up in that world. I grew up around my dad’s automotive repair business in Oregon, learning by doing: first with BMX parts, then modifying cars, and eventually taking on full builds. Like most fabricators, I assumed owning the equipment was the only way to compete.
The Datsun 240Z I built for SEMA Young Guns in 2018 was the last vehicle I completed entirely by hand, using only the tools I owned. That project marked a turning point, setting up everything that came next. After finishing the car and earning that recognition, I knew that if I wanted to compete with the top shops in the industry, I needed to evolve how I worked.
That’s what pushed me to start learning CAD, specifically SolidWorks, and to begin designing my own parts in-house. As I developed those skills, I came across SendCutSend in its early days. For the first time, I could design a part on a laptop in my garage, upload the file, and have it manufactured with precision and delivered to my door within days. That changed everything.
Instead of building out a full fabrication facility, I built around a much simpler setup: a laptop and access to external manufacturing capacity through platforms like SendCutSend. Since then, I’ve uploaded more than 1,000 designs and placed nearly 200 orders supporting builds that have been recognized at SEMA and featured by BFGoodrich.
That shift didn’t happen all at once. It came from needing to move faster - refining parts, testing and adjusting ideas in real time, and not being locked into the constraints of whatever machines I had access to at the time.
On complex builds, that changes everything. Instead of committing to a design early because setup is expensive, I can work through multiple design passes. I can test different geometries, evaluate materials, and refine tolerances without rebuilding an entire workflow around a single machine.
That approach has been critical on long-term projects like my latest Corvette, a five-year build that involved constant problem-solving and refinement, from integrated reservoirs and tight packaging constraints to drivetrain decisions. At one point, I pivoted from a dual-clutch setup to an eight-speed automatic after real-world testing exposed issues that wouldn’t show up on paper. Because the parts were designed with flexibility and serviceability in mind, that change didn’t require starting over; it was just another adjustment in the build process.
That Corvette, “Serious66,” was built out of a 1,200-square-foot garage and went on to compete at SEMA 2025, where it was named a Top 3 Hot Rod and earned the Best Engineered Vehicle award. The build was recognized for its level of engineering detail and integration, standing out against entries from large shops with dedicated teams and extensive in-house resources. That recognition reinforced what’s possible when access to manufacturing is no longer the limiting factor.
There’s a perception that to compete at a high level in this industry, you need to own everything, including machines, space, and labor. My experience has been the opposite. By leveraging external manufacturing capacity, I’ve been able to operate at a level that would traditionally require a fully built-out shop. The quality is consistent, the repeatability is there, and the turnaround allows me to stay competitive on timelines that matter, whether that’s for SEMA deadlines or client delivery.
More importantly, it allows me to focus on what actually creates value: engineering, design, and execution.
I document everything—from early CAD and 3D prints to brackets, hardware, and final fitment. That level of visibility not only helps clients understand the work, it forces a higher standard. When every step is visible, the process matters just as much as the outcome.
This shift also changes how a fabrication business grows. Instead of reinvesting every dollar into equipment and overhead, I’ve been able to put resources into design, prototyping, and developing new products. That flexibility makes it possible to take on more ambitious builds and pursue ideas that wouldn’t make sense if I were tied to keeping machines running just to cover overhead.
There’s a lot of conversation right now around reindustrialization and bringing manufacturing back to the U.S. Most of that discussion centers on policy, like tariffs, subsidies, and incentives, but what I’m seeing on the ground is something different.
Access is already changing. The ability to tap into high-quality manufacturing without owning it is lowering the barrier to entry in ways that weren’t possible even a decade ago.
The next generation of automotive builders isn’t going to look like the last one. There will always be value in hands-on fabrication, but there’s also a growing opportunity for designers, engineers, and small teams to enter the space without taking on massive upfront risk.
You don’t need to start with a full shop anymore. You can start with an idea, a CAD file, and the right partners, and build from there.
From where I sit, that’s not a limitation. It’s an advantage.
Kyle Kuhnhausen, founder, Kuhnhausen Metal Concepts.
Since launching the company in 2013, his work has been recognized at SEMA and featured in national automotive publications. His approach blends hands-on fabrication with modern design tools, with an emphasis on precision, serviceability, and continuous improvement.
