Modular versus custom, materials, lighting, layout, brand expression — the design decisions that determine booth ROI at every major European trade fair, from Hannover Messe to Salone del Mobile.
A booth is the most expensive square metre of brand expression most companies will ever buy. At Hannover Messe, EuroShop, IFA Berlin and Salone del Mobile, exhibitors regularly invest between €800 and €2,500 per square metre — and the difference between a booth that converts and one that drains the budget rarely comes down to size. It comes down to design decisions made six months before the fair opens.
This hub covers the twelve design decisions that matter most, from build choice and lighting to accessibility compliance and a transparent cost breakdown.
Tap a zone on this 100 m² island plan to see what it does, how much floor it usually takes, and the mistake to avoid.
Budget modular stands run €350–650 per m² including build, transport and dismantle. Mid-range custom builds typically run €800–1,400 per m². Premium custom stands can exceed €2,500 per m² with integrated AV, double-deck construction and live-finish materials.
For tier-one fairs, commission a custom builder 6–9 months before opening day. Modular builds compress this to 8–12 weeks. Last-minute orders carry 25–40% surcharges and limit material choices.
Modular stands use pre-engineered aluminium systems that reconfigure across fairs. Custom stands are built from scratch for one design. Most experienced exhibitors converge on a hybrid programme within two or three fair cycles.
Yes. Every major venue requires structural sign-off, typically with engineer-stamped drawings 8–12 weeks before build-up. Fast-track review after the deadline carries €500–1,500 surcharges.
Aluminium extrusion frames, tensioned SEG fabric, magnetic panel systems and FSC-certified timber inserts deliver the best reuse economics across 5–8 fair cycles. Foam-board and printed PVC are single-fair only.
Roughly the same as conventional builds for first use, and 20–35% less over a three-fair lifecycle because the materials are engineered for disassembly.
