Mobile Art Studio

ENDER
1.0

Built to go anywhere.

An off-grid mobile art studio. Ender 1.0 is a Mercedes-Benz Sprinter 4×4, rebuilt from the inside out into a complete live-work rig — power, water, workshop, all of it.

Designed and built by  Joshua Borsman

Platform Mercedes-Benz
Sprinter
Drive 4×4 /
All-Terrain
Recovery Front Winch
System
Power Solar +
Battery Bank
Interior Mobile
Art Studio
The stock Mercedes-Benz Sprinter 4×4 on delivery day — a blank canvas
Day One

A blank canvas. A 4×4 Sprinter platform. Everything else to be built.

01

Concept

Everything was modeled in 3D before anything was cut. The roof rack alone went through eight versions; the interior, a few more. What landed: an aluminum extrusion chassis with a Tigerwood deck.

Drawings by Joshua Borsman.

Side profile render of Ender 1.0 Sprinter van
Front render of Ender 1.0 Sprinter van
Interior layout render showing galley kitchen and workspace
02

The Roof

The roof rack was the hardest part of the build. Joshua drew the blueprints. Joe Clark led the fabrication, and Kai Bonnell — 20+ years on the torch — TIG welded every joint. It carries four solar panels and anchors the entire power system to the van.

Ender Roof Rack — fabrication film
Film

The Ender Roof Rack — full fabrication process, 6 min.

Fabrication team reviewing engineering blueprints on a steel workbench
Planning

Walking the drawings one more time before the first cut.

01 — Blueprint

Engineering
Drawings

Joshua's drawings come first. The team lays them on a steel work surface and walks every measurement before ordering material.

Close-up of Ender roof rack engineering blueprints
Hands precisely marking a metal component with tape measure and marker Precision layout
Locking clamps holding aluminum frame corners in place Clamped to tolerance
Aircraft-grade aluminum extrusion stock alongside Tigerwood lumber
Materials

Aircraft-grade aluminum and Tigerwood.

Aluminum extrusion frame laid out on precision welding table
02 — Fabrication

Frame
Assembly

The extrusion frame goes on the welding table. Joints get located and clamped before anyone strikes an arc.

Joe Clark's team positioning the aluminum frame on the welding table Positioning the frame
Low-angle view of aluminum frame with TIG welding arc glowing in background Arc light
Joe Clark and team welding the aluminum frame — Joe Clark's name visible on helmet
Kai Bonnell — Master Welder

20 years on the torch. It shows.

03 — Welding

Kai Bonnell
& Joe Clark

Kai Bonnell did most of the welding — 20+ years on the torch — running TIG beads on every joint. Joe Clark directed the fabrication. Between them, the raw aluminum became a rack stiff enough to carry the full solar array without flex.

Joe Clark TIG welding the aluminum roof rack frame
Welder with sparks flying as the roof rack frame is welded
Fabrication

Welding through the last corners of the frame.

Two skilled fabricators working the aluminum frame together The team
Finished TIG weld beads on the aluminum frame corner joints Finished welds
First hardwood slat laid into the completed aluminum frame
Assembly

The first slat drops into the frame.

04 — Wood Joinery

Tigerwood
Assembly

Each Tigerwood slat is trimmed to length and screwed straight into the aluminum with stainless. The small wood blocks between them are just spacers — they hold the gap until each slat is fixed, then come out.

Tigerwood slats fitted into the aluminum roof rack grid
Tigerwood slat woodworking detail Tigerwood detail
Driving a stainless steel screw through a Tigerwood slat into the aluminum frame, wooden spacer blocks holding the gap Stainless fastening
Completed Tigerwood roof rack standing on legs in the fabrication shop
Complete

The finished rack — before it meets the van.

Wide shot of the completed Tigerwood deck on the roof rack
Tigerwood Deck

Tigerwood deck finished. Solar goes on next.

Hands fastening the roof rack to the Sprinter's roof rail with stainless hardware
05 — Installation

Fitted to
the Sprinter

The finished rack lifts onto the Sprinter and bolts into the factory anchor points, so the load runs straight into the chassis.

Low-angle view of the completed Tigerwood deck on the van roof

Rack on. Time to build the rest.

03

Interior

The interior frame is modular aluminum extrusion — the same stuff used on factory floors. A cherry butcher-block countertop runs the galley, with an undermount sink and a flush induction cooktop dropped in.

Ender 1.0 interior at night — sleeping platform, butcher block counter, coffee maker, and recessed lighting
Full-size rear sleeping platform with teal bedding Sleeping platform
Driver cab with swivel captain's chairs and pass-through Cab pass-through
Dometic CFX slide-out refrigerator-freezer under cherry countertop Dometic CFX fridge-freezer
Walnut butcher-block galley with undermount sink and induction cooktop Galley kitchen
04

Off-Grid Systems

Solar's only part of it. Ender carries a deep-cycle battery bank, fresh water, an outdoor shower, and both cellular and satellite internet — enough to live and work off-grid for weeks at a time.

Four solar panels on the Tigerwood roof deck, overhead view in winter snow
Solar Generation

Four panels mounted directly to the Tigerwood deck.

Battle Born LiFePO4 batteries, 3000W pure sine inverter, and MPPT charge controller laid out before installation
The Components

Battle Born LiFePO4 batteries. 3000W inverter. MPPT charge controller. Before it all went behind the wall.

Pressurized fresh water system with industrial faucet
Fresh Water Pressurized supply with undersink tank
Full electrical bay — Battle Born batteries, inverter, and charge controller installed
Power Storage Battle Born LiFePO4 battery bank with 3000W inverter
Connected

Cellular & satellite
internet. Outdoor
shower. No fixed address.

Ender 1.0 front view showing winch bumper and roof rack
05

Complete

A bare Sprinter, rebuilt into a studio that goes off-grid.

Ender 1.0 rear view with spare tire mount and roof rack
Ender 1.0 rear three-quarter angle showing full profile