Buckley Conversions 3D-Prints a Luxury Camper Van Interior

A printed interior, not just printed accessories

Most camper van conversions lean on plywood, aluminum, and off-the-shelf cabinets. Buckley Conversions took a different path: it 3D-printed nearly the entire interior of a Mercedes-Benz eSprinter, from the couch to the wall panels, using a KUKA industrial robot fitted with an extruder.

The result is a van that weighs roughly 1,500 pounds less than the company's previous builds. That saving comes from replacing structural sheet goods with polypropylene parts designed directly in CAD against the van's actual dimensions. Wood appears only in the overhead cabinet faces and a ceiling insert. Countertops use Richlite composite instead of solid lumber.

Buckley founder Brandon Buckley calls it the world's first 3D-printed luxury van. The claim rests on what gets printed: not a bracket or a vent cover, but the load-bearing furniture and panels that define the interior architecture. The team scanned the empty van first, then modeled every component to match the wheel arches and mounting points exactly. Parts were made for the vehicle, not trimmed to fit it.

The aerospace background shows. Buckley hired engineers with SpaceX experience, and the design philosophy mirrors mass-market production thinking: fewer pieces, tighter tolerances, less rattle on rough roads. The polypropylene choice keeps weight down and corrosion out of the equation.

Why 1,500 pounds matters on an electric van

An eSprinter with the 144-inch wheelbase and 81 kWh battery is rated for about 150 miles of range. Typical conversions add 1,500 to 2,000 pounds, which cuts that number further. Removing that weight is not a minor efficiency gain. It changes the acceleration, braking, and handling balance of a vehicle that already feels near its limit.

Buckley has not released measured range data for the printed prototype, but the math is straightforward. The 170-inch eSprinter with the 113 kWh pack reaches 206 miles. Losing 1,500 pounds on the shorter version should recover a meaningful slice of the range lost to conversion weight.

What still needs proof

A one-off prototype is not a production line. Printed polypropylene surfaces still need to meet interior fire standards. Long-term dimensional stability under thermal cycling and road vibration remains unproven. Print times have to come down if Buckley wants to build more than a handful of vans per year.

The remaining wood and Richlite are transitional, Buckley says. The next build will replace both with composite panels, pushing the printed share even higher. If that happens, the interior moves from a clever experiment to a repeatable process. For now, the Buckley van is proof that large-format additive manufacturing can do more than make accessories. It can make the furniture itself.