Future Space

Future Space technology

Technology capsule homes

The module's foundation

Steel structure

The home is built around a load-bearing steel frame. It forms the structural framework to which the walls, floor and roof are attached. Hot-dip galvanising protects the steel against corrosion.

Capsule load-bearing steel structure diagram
Structural framework

Layers of the home

Insulation PUR

A layer of polyurethane foam sits between the exterior cladding and interior finish. This part of the building envelope reduces the impact of outdoor temperature on the home's interior.

Capsule home from the Future Space brochure
Future Space capsule structure

The exterior shell

Aluminium exterior

Aluminium exterior panels form the capsule's outer shell. The aluminium surface has a fluorocarbon finish; the panel layout emphasises the building's form.

Capsule exterior
S115 exterior

Light and warmth

Glass LOW-E

Tempered LOW-E glass limits heat exchange between the glass surface and the air. The coating also reflects solar radiation. The glazing is paired with thermally broken aluminium frames.

S115 capsule glazing
Window systems and panoramic glazing

Interior finish

Flooring SPC

Waterproof SPC composite panels form the finished floor surface, laid over a pressed cement board underlay. The finish is part of the factory-prepared interior.

Future A58 interior
Future A58 interior finish

From finished module to your site

Factory-finished.
Installed on site.

The home leaves the factory with its interior, installations and equipment prepared. On site, the remaining steps are foundation preparation, positioning the module and connecting utilities.

  1. Foundation preparation

    The ground and foundation are prepared for the specific model.

  2. Positioning the module

    Placing the finished home on the prepared site.

  3. Utility connections

    Connecting electricity, water and drainage.

Future Space models

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