ABOUT THE FOUNDER
From aviation problem-solving to automotive product development.
Tyler Hall founded Hall Integrated Systems to turn recurring car audio and 12V installation problems into original physical products developed under the company’s own brand.
Commercial CAD access established; HIS-CA-001A CAD modeling is in progress; prototype print and validation remain pending.
The project that started it
I began by ordering four matching coaxial speakers for the Audi’s doors. When I was 16, my dad and I had replaced the speakers in my first car, a 1992 Toyota Paseo—the same year I was born. I remember thinking, “I’ve done this before. I know this is an Audi, but how different could it be?”
I soon learned that my Audi simply did not want to be modified. Coming from an aviation background, that was not an acceptable final answer.
The obstacles became product ideas
If a mistake could be made, I made it. If something could go wrong, I found it. Each setback exposed another fitment, mounting, wiring, access, or serviceability problem that a purpose-built component could solve.
By then, I had accumulated many of the same hand and diagnostic tools used in Volkswagen and Audi specialty work. What I did not have were the small, practical parts needed to make the installation cleaner, more maintainable, and easier to repeat.
The 3D-printer moment
One day I caught myself thinking, “This would be so much easier if I just had a 3D printer.” That lightbulb moment changed the direction of the project. Product idea after product idea followed: cable combs, wire-routing clips, speaker spacer rings, fuse-holder bases, DSP platforms, amplifier standoffs, trim pieces, and low-profile brackets.
The goal is not to create decorative parts or operate as a print service. The goal is to develop original Hall Integrated Systems products around real automotive installation problems.
Building Hall Integrated Systems
I slowly began assembling the pieces of Hall Integrated Systems, a bootstrapped Florida LLC focused on company-owned physical products. I currently operate the company on my own, with the goal of building a team as the product pipeline matures.
I acquired the company’s first 3D printer, a QIDI Plus4, on July 21, 2026. Commercial CAD access established the next part of the company-owned development workflow. HIS-CA-001A’s REV-A working decision is documented and CAD modeling is in progress; the representative coupon, complete prototype print, dimensional review, fit evaluation, revision outcome, and small-batch preparation remain pending.