Bathroom pods are delivered as fully finished, self-contained units designed for integration with the building’s structural and MEP systems.
Project suitability is typically assessed against:
- Structural load capacity
- Access and lifting strategy
- Installation sequencing
- Service connection strategy
- Floor slab tolerance
Installation clearance:
An access opening approximately 50–60 cm larger than the pod footprint is typically required to allow controlled placement without damage.
Base requirements:
Pods are designed to be positioned on a flat, level concrete slab. Roller installation requires a substrate capable of bearing point loads; finished ceramic surfaces are not suitable.
Service readiness:
Water, drainage, and electrical connections should be positioned and verified prior to pod placement to maintain commissioning efficiency.
Early coordination reduces installation risk and protects programme continuity.
Other FAQs
What is the weight of a bathroom pod?
Pod weight depends on configuration and structural system.
What site preparation is required?
The site preparation for pod installation requires a level and structurally verified floor slab, with marked neoprene support locations. Recessed installations must be coordinated early in the design phase. Neoprene pads help accommodate minor tolerances and ensure proper alignment with surrounding floor finishes.
How are pods positioned on site?
The text explains two main methods for positioning pods on site: top-down installation, where pods are placed before the upper slab is cast and integrated during the structural phase, and post-structure rolling installation, where pods are lifted into place by crane or platform and rolled into position before façade completion. The chosen method is determined during pre-construction coordination to match the building sequence.