A custom car center console has to fit a space that is crowded, curved, and slightly different in every car, where the transmission tunnel, shifter, handbrake, seat rails, wiring, and dashboard all meet. 3D scanning makes a custom car center console fit the first time by capturing that space exactly before design starts, so the part is drawn against the real car instead of hand measurements. This guide covers the fabrication and fitment side of interior work.
If you are still deciding on layout, gauges, and materials, start with our guide to custom car dashboard design. Here we pick up where design ends: scanning, building parts against the scan, test fitting, and holding the panel gaps that make custom work look factory.
Why Is a Custom Car Center Console So Hard to Fit?
The console sits on the transmission tunnel, the raised hump running down the middle of the floor, and almost nothing around it is flat. It has to clear the shifter through its full range of travel, leave room for a handbrake lever or switch, stay clear of the seat rails as the seats slide, and meet the dashboard and carpet with clean edges.
Hand measurement handles simple brackets and flat panels, but it breaks down on compound curves, where a surface bends in two directions at once. A console built from tape measurements and cardboard templates looks right on the bench, then sits proud on one side and gaps on the other once it is in the car, and the fix is hours of trimming and shimming.
Cars also vary more than people expect. Two examples of the same model can differ because of factory tolerances, earlier repairs, or aftermarket seats, so geometry taken from drawings or another car is only a starting guess.
Modern consoles carry electronics as well, from power outlets and wireless charging pads to climate and drive-mode controls, along with the wiring behind them. Every connector needs slack in its wiring and a way in for future repairs, which means removable panels have to be planned from the start rather than cut in later.
How Does 3D Scanning Capture the Console Area?
We scan the tunnel, the surrounding floor, the seat sides, the lower dash, and anything else the console has to meet or clear, with reference targets placed so multiple scan positions register into one accurate model. When their travel matters, the shifter and handbrake are scanned in more than one position, so the design accounts for their full sweep. For a restoration, or a build that will be reversed later, the same scan also preserves the original console area before anything is removed.
The result is a detailed 3D record of the real interior that the new console is designed against. For tight, awkward spaces like this, a short-range, high-accuracy scanner does the best work, because it can reach into gaps a larger scanner cannot.
How Is a Console Designed Against Scan Data?
In CAD (computer-aided design) software, the scan data sits in the model as a fixed reference, and the console is built around it. Mounting faces are drawn to meet the tunnel exactly, clearances are set as real numbers instead of guesses, and cup holders, storage bins, switch panels, or screens are placed where they clear both the shifter and the driver’s elbow.
The design also accounts for what gets added later. Leather, fabric, or carpet adds thickness, and a layer of foam between the console and the tunnel stops squeaks and rattles, so the model leaves room for each layer on the surfaces where it sits. Fastening is designed in at this stage too, usually into existing factory mounting points so the console bolts in without drilling the tunnel.
What Else Can Be Built With This Process?
The same scan-first approach applies anywhere a part has to meet the car’s own curved surfaces. Gauge pods that sit on the dash or an A-pillar (the post beside the windshield), speaker pods, door card inserts, shift surrounds, and trim panels around the seats all benefit from being designed against real geometry instead of templates.
Each of these parts shares the console’s core problem: surfaces that curve in more than one direction, tight clearance to moving parts or structure, and no room for the trimming that hand-built parts usually need. Scanning once and designing every part against the same data also keeps a set consistent, so a new console, gauge pod, and door insert line up with each other as well as with the car.
Our Ferrari F355 GTS subwoofer project is a good example. Its nine-part enclosure body was built for the rear deck behind the seats using the same sequence described here: scan the space, design against the scan, check the fit digitally in CAD, then test-fit the routed parts in the car. It went in without any change to the car, and the Ferrari F355 subwoofer enclosure build is documented in our case study.
How Do You Hold Panel Gaps on a Custom Console?
Fitment is half the job, and looking like it belongs is the other half. Consistent panel gaps, flush surfaces where the console meets the dash, and clean edges against the carpet are what make custom work read as factory. Because the console is designed against the scan, those gaps are specified as dimensions in the model instead of hoped for at installation. Most custom interior work aims for gaps that match the car’s own factory trim, so the new part looks like it came off the same line.
The first physical part is usually a 3D printed test piece. If it shows a gap tighter on one side than intended, the model is adjusted and a corrected piece is printed, and since the scan never changes, every revision is measured against the same reference.
Once the test piece fits, the final console is produced in the material chosen during design. Consoles are commonly CNC routed (cut on a computer-controlled router) from plastic, wood, or aluminum, laid up in fiberglass or carbon fiber over a mold, or 3D printed and finished to match the rest of the interior.
A custom car center console fits the first time when it is designed against the car it goes into. Kemperle Industries handles the full path, from scanning the interior to delivering finished parts, as part of our aftermarket automotive work. Contact our team or call 718-557-9578 to talk through your console, gauge pod, or interior panel build.
