Landpac Technologies

Landpac Technologies Intelligent Ground Engineering Solutions

04/06/2026

Ground conditions don’t always behave consistently across a site.

This is HEIC in action ➡️ helping engineers better understand ground response across variable conditions and reduce uncertainty below the surface.
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04/06/2026

Managing variability below the surface is one of the biggest challenges on complex sites.

Ground conditions can change significantly across a development area, particularly where uncontrolled fill or historical works are involved.

This is where HEIC plays an important role ➡️ helping engineers manage variability across the site by improving ground response before construction starts.
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27/05/2026

What’s below the surface ⬇️ can make or break a project.

At this site, we used HEIC to work across 10 hectares of uncontrolled fill and historically impacted ground, preparing it for residential development.

The ability to understand what’s happening beneath the surface, as the work progresses, helps reduce risk and avoid bigger issues later on.

It’s not always visible, but it’s critical to getting the job right.
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Performance risk sits with the engineer.Ultimately, post-construction ground performance is certified by the geotechnica...
14/05/2026

Performance risk sits with the engineer.

Ultimately, post-construction ground performance is certified by the geotechnical engineer.

To enhance confidence, responsibility requires more than isolated test results.
It requires certainty of what happens between them.

True engineering responsibility extends beyond isolated test results.
It requires understanding and managing what occurs between them.

HEIC, when integrated with Intelligent Compaction Measurement (ICM), provides continuous mapping of ground response across the footprint.

This does not replace verification.
It strengthens confidence in where and how that verification is applied.

Fewer blind spots. Greater professional confidence.

HEIC and mapping show how the ground is responding.CPT, Plate Load Testing or other confirm it.CPT provides:• continuous...
12/05/2026

HEIC and mapping show how the ground is responding.

CPT, Plate Load Testing or other confirm it.

CPT provides:
• continuous subsurface profiling
• strength and behaviour with depth

Plate Load Testing provides:
• direct load vs settlement response
• stiffness confirmation

Together, they validate what’s happening in the field,
linking surface response to stiffness and deformation at depth.

This is how ground improvement moves beyond indication,
toward performance-based verification.

05/05/2026

Traditional testing gives you points.
One test every few thousand square metres.

But ground conditions don’t change in neat intervals.
They vary across the site.

With ICM, every pass produces data, assessing both horizontal and vertical variation in ground response. Thousands of data points instead of a handful.

That means:
• variability is visible
• weak zones are identified
• coverage is confirmed

It’s not replacing testing.
It’s giving context to it.

30/04/2026

It doesn’t start with the machine.

Every HEIC project begins with understanding the ground and the site itself. From geotechnical conditions ➡️ access ➡️ surrounding constraints, it all shapes how the work is delivered.

The result? A controlled, engineered approach that creates a stable, uniform ground condition.

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30/04/2026

Before the equipment gets to work, the planning matters just as much.

Every HEIC project starts with understanding the ground conditions and assessing the practical realities of the site, from access ➡️ surrounding structures.

It’s this upfront work that ensures the compaction process runs safely, efficiently, and delivers the right outcome.

Because ground improvement starts well before the first roll.

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One of the biggest risks on site is what sits below the surface.A dense crust can form in the top 500mm.It looks good.It...
28/04/2026

One of the biggest risks on site is what sits below the surface.

A dense crust can form in the top 500mm.

It looks good.
It tests well.

But underneath, conditions can be very different.

Conventional rollers may not influence those deeper layers.

HEIC changes that.

By breaking through the crust, energy can interact with the full soil profile, not just the surface.

Modulus is a measure of how the ground resists deformation under load.In practical terms, it describes how much the grou...
13/04/2026

Modulus is a measure of how the ground resists deformation under load.

In practical terms, it describes how much the ground will move when it is subjected to stress.

That is what infrastructure performance depends on.

Not just density at placement, but behaviour under load.

This is why modulus is becoming increasingly relevant in:
• pavement design
• working platforms
• ground improvement verification

It provides a link between design assumptions, construction outcomes and in-service performance.

The broader context behind this shift is outlined here: https://bit.ly/4bG5ppO

Address

25 York Road
Ingleburn, NSW
2565

Telephone

+611300237045

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