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Bathroom pods as integrated building systems.

Engineering principles and configuration options defining how pods are designed and delivered.

Instead of coordinating multiple trades on-site, these systems are integrated and defined before construction begins.

Bathroom pods as engineered systems. Bathroom pods integrate multiple construction systems within a single factory-built unit.

Each pod includes:

  • structural system
  • waterproofing layers
  • plumbing and drainage
  • electrical installation
  • interior finishes
Configurable system elements

Based on a standardised engineering platform with configurable elements.

The system is based on a standardised platform with configurable elements depending on project requirements.

Floor systems — three configurations

Standard floor system — full structural floor build-up used in most projects.

Slim floor system — reduced floor build-up for projects with limited structural zones.

Floorless configuration — used where floor layers are executed within the building structure.

Wall systems — two configurations

Standard wall system — robust structural configuration designed for large-scale projects.

Slim wall system — reduced structural depth for spatial optimisation.

Heating options — two configurations

Water-based underfloor heating — integrated with the building heating system.

Electric underfloor heating — standalone solution used in selected projects.

This allows critical layers and systems to be installed and verified before delivery to site.

Pods are manufactured in controlled factory conditions.

  • consistent waterproofing quality
  • repeatable dimensional accuracy
  • factory testing of installations
  • reduced site variability
Factory quality control

Each pod passes through multiple quality control stages.

1

Structure

Initial frame assembly.

2

Installations

MEP systems fitted.

3

Waterproofing

Multi-layer application.

4

Finishes

Tiles and fixtures.

5

Inspection

Final quality check.

Installation and logistics

Coordination with the building design.

Successful pod installation depends on coordination with the building design. Typical parameters include:

  • installation sequence
  • transport and lifting strategy
  • corridor access dimensions
  • slab tolerances
  • structural openings

Discuss system configuration.

Share project parameters and our engineering team will advise on the optimal pod configuration.