Common questions about how our modules are built, installed, and how they perform over time.
Each project starts with a scope and delivery review. A module typically uses a light gauge steel structural system, then moves through an agreed level of factory assembly. Depending on the scope, linings, services and fit-out components may be completed before transport. The final module size, transport method, crane plan and on-site installation sequence are confirmed for the individual site.
Site preparation — footings, slabs, and bringing power, water and sewer to the boundary — is typically arranged by you or your builder. We're glad to advise on footing type, module orientation and where services should land, and to coordinate with your chosen contractor on timing.
Off-site assembly can reduce some weather exposure, site-trade sequencing and rework when the project is well coordinated. It does not remove the need for approvals, site works, services, transport and installation planning; actual time and cost outcomes depend on those project conditions.
A modular building can be designed to meet the energy-efficiency requirements applicable to its location and classification. Performance comes from the whole building system — including insulation, thermal detailing, sealing, glazing, ventilation, orientation and workmanship — rather than the frame alone. These are considered during design development for the relevant climate zone.
Light gauge steel is resistant to termite attack and is not subject to rot or shrinkage in the way some materials can be. Long-term performance depends on the complete system, including corrosion protection, weatherproofing, drainage, maintenance and the site environment. The structural design and specification are confirmed for the project.
It's a common assumption, but often the opposite holds true. Steel framing produces far less waste on site than timber, and because the frame arrives straight and square, other trades typically move through their work faster — doors, windows and fittings go in without the on-site adjustment that warped or shrunk timber can require.
Steel framing does not provide combustible fuel and is resistant to termite attack. Fire, weather and durability performance are assessed as part of the whole building system, including linings, insulation, cladding, connections and the applicable project requirements. Steel is widely recyclable at end of life, subject to the wider building’s disassembly and waste-management approach.
Early checks help identify whether a modular delivery pathway suits the site.
Programme timing depends on design development, consultant inputs, approvals, procurement, factory capacity, site works, transport and installation coordination. We can outline a project-specific programme after reviewing the scope and site.
Module dimensions, road access, overhead constraints, turning areas, crane position and installation clearances must be reviewed for each site. Gate or driveway width alone is not enough to confirm deliverability.
In many Victorian locations, a small second home of up to 60 m² may not require a planning permit. Property controls, overlays and the proposal still need checking. A building permit and other approvals or assessments may also be required.
Get in touch and we'll answer anything specific to your site or project.
