Faster than conventional block. Stronger than conventional expectations.
Every advantage below exists because a specific problem — cost, speed, skill shortage, or disaster risk — demanded an engineered answer, not an incremental one.
Built to solve real problems on real job sites.
Engineered for disaster resilience
Recent disasters worldwide have exposed how substandard buildings cost lives. ABS Blocks are laboratory tested for strength and load-bearing performance, carrying earthquake and cyclone ratings — building better, stronger structures by design, not by chance.
A patented dry-stack system
ABS blocks interlock like a Lego block and require no cement between joints. The result: straighter, truer walls, faster builds, and a system with no direct peer in conventional block construction.
Faster, with semi-skilled labour
A typical block layer places 90–100 conventional blocks a day. The same crew can lay 400–500 ABS blocks a day — reducing dependency on scarce skilled trades and rising labour costs.
A genuine green solution
Better insulation performance reduces electricity demand for heating and cooling over the building's life, while Waffle Pod foundations minimise excavation and soil disturbance.
Comparable cost, lower weight
An ABS block costs in line with — usually slightly less than — a local block, and is lighter thanks to its twin core holes, without compromising structural integrity.
Locally manufactured, locally sourced
Blocks are produced from the same three basic ingredients as local block — sand, cement and aggregate — with filler materials such as Leca available to reduce cost and weight while boosting thermal performance.
ABS vs. conventional block construction.
| Factor | ABS System | Conventional Block |
|---|---|---|
| Blocks laid per crew, per day | 400–500 | 90–100 |
| Mortar required between joints | None — dry-stack interlock | Full mortar bed, every course |
| Skill level required | Semi-skilled labour | Skilled block-layer required |
| Seismic / cyclone rating | Laboratory tested & rated | Depends on design, rarely block-rated |
| Wall straightness | Straighter, truer — minimal plaster | Variable — full plaster coat needed |
| Foundation excavation | Minimal, with Waffle Pod raft slab | Deep footing trenches |
| Thermal insulation | Built in — pod air pockets + block core | Added separately, at extra cost |
What "why ABS" means, depending on your role.
For builders & developers
- Compress shell-and-core schedules by 60–70% using the full 3-part system
- Reduce exposure to skilled-trade shortages and wage inflation
- Hand buyers a laboratory-verified seismic and cyclone rating as a selling point
For architects & engineers
- Specify against published load-bearing and structural test data
- Design foundations to AS 2870 on unstable soils without deep footings
- Access engineering drawings for block, pod, and slab detailing
For governments & NGOs
- Deploy resilient core housing faster after a disaster, with less skilled labour
- Lower lifecycle cost through reduced electricity use from better insulation
- Build local manufacturing capacity via the franchise model, not just import product