“Grand Format” — Giant FRP Product Replica for Trade Show Booths

Every trade show hall is a fight for two seconds of attention. A beverage brand booked stand space at twelve exhibitions in a single year and needed one object that could be shipped between them, assembled by two people, and photographed well enough to carry their social campaign as well as the booth.

1. Project Background

The brief started as “a giant inflatable” and changed after the first site visit. Inflatable replicas are cheap to ship and impossible to keep pristine across twelve venues — blower noise on a stand makes conversation difficult, and a puncture at a show is unrecoverable. The marketing team wanted something with the same visual impact but with the reliability of a booth build.

We proposed a rigid fiberglass replica instead: heavier, but re-usable, paintable to an exact brand colour, and quiet.

2. The Design Brief

• Exact brand fidelity. The replica had to match the real pack’s proportions, rim profile and pull-tab detail closely enough to survive a side-by-side press photo.
• Two-person assembly. No forklift or rigging crew assumed on site, and a 40-minute build target before doors open.
• Road-case logistics. It had to fit two standard flight cases that ship in a normal van.

3. Design Development & Engineering

We 3D-scanned a production pack and rebuilt it as clean CAD geometry, then simplified anything under 8 mm in scale — fine moulded ribs and micro-text read as noise in a glossy finish at this size and would have cost days of sanding. The pull-tab and rim stayed faithful because those are the details people recognise.

The body is split horizontally at the shoulder line with an internal aluminium ring frame and three captive bolt positions. That seam is invisible when assembled and lets each half go into its own road case. A concealed turntable base lets the stand team rotate the piece to face whichever aisle is busiest. The engineering approach follows the same FRP mould-making process we use for large-scale figures.

4. Materials & Fabrication

The shell is hand-laid fiberglass at roughly 6 mm wall thickness — stiff enough that the 4 m body does not oil-can when handled, without the weight of a thicker layup. A production mould was taken from the master pattern, so the client can order replacement halves without re-tooling.

Finish was the expensive part. The paint shop applied a high-build primer, blocked it flat, then laid the brand’s deep teal as an automotive-grade two-pack gloss, with a clear coat over the top. The gloss level was matched against a physical colour chip under both daylight and the venue’s mixed LED lighting, because stand illumination shifts teal noticeably warmer than daylight does.

Rather than moulding the pull-tab as a separate part that could snap off, we formed it into the top shell and masked it during paint. Fewer loose components is what makes the piece survive a roadshow season. Our trade show and exhibition sculpture guide covers this reusable-build logic in more detail.

5. Installation

Each venue follows the same sequence: cases in, base plate down and levelled, lower half lifted onto the locating pins, upper half lowered and bolted through the ring frame, seam wipe-down, lighting set. Practising at our workshop brought the build to well under the client’s 40-minute target; the crew does the same sequence at every venue rather than improvising per hall.

We supplied a laminated one-page build card permanently packed in the case lid, plus a touch-up kit with matched lacquer for the inevitable aisle-cart scuff.

6. What This Project Shows

When a client asks for an inflatable replica for a one-off event, an inflatable is usually right. When the object has to travel twelve times, the economics flip: one rigid replica with a reusable mould beats twelve inflatables plus three spares. The deciding variables are event count, transport mode and who is assembling on site.

The same logic applies across brand activation campaigns, where reusable assets amortise across a whole season. Tell us the event count and the assembly crew and we will tell you which build actually costs less over the year.