Livin Modular

Prefabricated modular housing engineered in Australia. BAL-FZ compliant, faster than traditional construction, and configurable for residential, accommodation, mining, classroom, and rapid-deployment applications.

Savings calulator
Button
Savings calulator
Button Icon
Button Icon
Service Image

Service overview

About

Livin Modular manufactures prefabricated modular building systems from a facility in North Albury, NSW. The system is BAL-FZ compliant — the highest bushfire attack rating in Australia — and engineered for extreme environments including blast scenarios, harsh climates, and remote sites.

The modular approach delivers significantly faster construction than traditional site-built methods, with controlled factory quality and predictable timelines. The same system underpins applications across residential housing, mining accommodation, school classrooms, chemical storage, public amenities, and emergency response cabins.

Recognised with the 2019 TUD Excellence in Construction Innovation Award, the system is documented with full technical literature including blast performance reports and a BRANZ appraisal for the New Zealand market.

Feature Icon

BAL-FZ bushfire compliant

Compliant with BAL-FZ (Flame Zone) — the highest bushfire attack level rating under Australian Standard AS 3959.

Feature Icon

BAL-FZ bushfire compliant

Compliant with BAL-FZ (Flame Zone) — the highest bushfire attack level rating under Australian Standard AS 3959.

Feature Icon

Faster than site-built

Factory-controlled production delivers significantly reduced on-site construction time versus traditional builds.

Feature Icon

Faster than site-built

Factory-controlled production delivers significantly reduced on-site construction time versus traditional builds.

Feature Icon

Multi-application system

One system covers housing, mining cabins, classrooms, ablution blocks, chemical storage, and accommodation pods.

Feature Icon

Multi-application system

One system covers housing, mining cabins, classrooms, ablution blocks, chemical storage, and accommodation pods.

Feature Icon

Award-winning engineering

2019 TUD Excellence in Construction Innovation Award winner, with documented blast performance and BRANZ appraisal.

Feature Icon

Award-winning engineering

2019 TUD Excellence in Construction Innovation Award winner, with documented blast performance and BRANZ appraisal.

Capabilities & Features

Product assembly

Category

Details

Design & engineering


  • Extreme environment configurations

  • Blast-resistant options

  • Custom configurations to site brief

  • Council documentation supplied

  • BAL-FZ bushfire compliant designs

Factory manufacture


  • Factory-controlled quality

  • Predictable lead times

  • Australian-made materials

  • Full QA documentation

  • North Albury, NSW production facility

Applications range



  • Mining and remote accommodation

  • School classrooms

  • Public toilet blocks and amenities

  • Chemical storage and industrial buildings

  • 5m accommodation units

  • Revival pods

  • Modular starter homes




BG Gradient

Simple & Transparent

Our proven workflow

Step 1

Design and planning

Step 2

Precision machining

Step 3

Final Inspection & dispatch

Common questions

Frequently asked questions

What's the bushfire compliance rating?

Livin Modular's housing designs are BAL-FZ compliant — the highest Bushfire Attack Level rating under AS 3959. This makes the system suitable for sites in designated flame zones where conventional construction either can't meet the standard or becomes prohibitively expensive.

How much faster is it compared with a traditional build?

What applications is the system used for?

Is it suitable for extreme or remote environments?

Where is it manufactured?

What's the bushfire compliance rating?

Livin Modular's housing designs are BAL-FZ compliant — the highest Bushfire Attack Level rating under AS 3959. This makes the system suitable for sites in designated flame zones where conventional construction either can't meet the standard or becomes prohibitively expensive.

How much faster is it compared with a traditional build?

What applications is the system used for?

Is it suitable for extreme or remote environments?

Where is it manufactured?

Get in touch

Start your precision manufacturing journey

BG Image