Radioactive Car Wrapping

The client owned a Peugeot RCZ tuned by a specialist bodykit shop — the base car was a black RCZ widened with a full custom bodykit and rear spoiler, already a head-turning starting point. His brief was unambiguous: he wanted a complete vinyl wrap with an apocalyptic, post-nuclear-explosion aesthetic. Rust, radiation symbols, graffiti, decayed textures, the visual language of a world that had already ended.

The project required end-to-end ownership. No template, no stock wrap. Every graphic had to be original, every texture adapted to flow with the car's widened forms, and every seam planned so it would survive a skilled installer's stretch and heat. Concept, design, print prep, production, and panel-by-panel installation were all carried by a single person.

The first step was a detailed conversation with the client to lock the visual language: post-nuclear, not just rusty. The aesthetic had to feel like the car had been abandoned in a radioactive zone, then found and tagged by survivors. Radiation warning symbols, corrosion streaks, hand-sprayed graffiti, and the muted, desaturated palette of decay.

With the direction agreed, every panel of the modified car was measured and mapped in Illustrator. A widened bodykit changes the geometry significantly, and the wider fenders, side skirts, and rear bumper extensions all needed individual templates. The critical decision at this stage: planning the texture direction so rust streaks and radiation zones would flow naturally with the car's body lines rather than fighting them, and so the graphics would land cleanly after the stretch and heat of installation.

Graffiti graphics and radiation warning zones were sketched and vectorised in Illustrator at this stage, defining where the bold graphic elements would sit before the Photoshop composition began.

Each view of the car was composed individually in Photoshop. Rust and radiation textures were sourced, then adapted to the required panel directions using Photoshop's mesh warp tool — bending and stretching the texture grain to follow the curve of each body panel as it would appear after installation.

The source textures were too small for the scale of the car at print resolution, so a long manual copy-and-edit process was necessary to build up the surface without visible tiling. Sections were offset, hue-shifted, and blended with masks to break up any repeating pattern. This was the most time-intensive part of the design phase, and getting it right was what separated a convincing organic decay from an obvious tile.

The texture base alone was not enough to tell the story. Hand-drawn graphic elements were painted directly on top in Photoshop using a Wacom graphics tablet. Radiation warning symbols with a degraded, hand-sprayed quality, graffiti tags in the style of post-apocalyptic street art, paint drips, stencilled lettering, and freehand corrosion details were all drawn by hand rather than placed from stock.

Drawing them on the tablet rather than placing pre-made vectors kept the imperfection authentic. A radiation symbol that is perfectly geometric reads as a graphic. One that has been hand-applied over rust reads as a survivor's marking. That distinction drove every illustration decision on this project.

The available vinyl roll was 1.5 m tall by 25 m wide. The challenge at print prep was to nest all panels as efficiently as possible while satisfying two non-negotiable constraints: every piece had to maintain its intended printing direction so the texture grain would align correctly after installation, and each piece had to be arranged so the grain direction the printer lays it in matched the grain direction the panel would be installed.

After optimising the layout, the total print area came down from the maximum 1.5 × 25 m to 1.5 × 17 m — 8 linear metres of premium vinyl saved without compromising any panel. Complementary overlay graphics for placement on top of the base vinyl were also prepared at this stage.

The file was sent to an HP Latex 730, a wide-format specialist printer that bonds latex-based inks into the vinyl surface rather than sitting on top of it, making the print more durable and eliminating off-gassing. After printing, the vinyl was laminated for surface protection, then cut on an external plotter guided by registration marks embedded in the print file.

Installation was methodical. Each panel was approached individually: positioning the vinyl, tack-fastening it in place, checking alignment with adjacent panels, then working inward from one edge with a squeegee and heat gun. The widebody panels with their compound curves required careful heat application and deliberate stretching to prevent creasing or air pockets in the final result.

The total installation time was 55 hours. The result needed to hold both technically and visually — the seams had to be invisible, and the textures had to line up across panel boundaries exactly as designed.

This project required moving fluidly across digital design, physical production, and hands-on installation. The toolchain bridged all three.