PILING PADS

Solid ground for piling operations

Solid ground for piling operations
Solutions

The Challenge Piling rigs exert enormous ground pressures through their tracks — demanding a firm, level working surface that many construction sites cannot naturally provide.

The Solution JWA composite mat platforms create load-rated working surfaces for piling operations, eliminating rig instability and protecting the ground beneath.

Key Challenges

What Makes Piling Pads Demanding

Ground Stability

Piling rigs demand firm, level platforms — unstable ground risks equipment tipping and pile deviation.

  • Rig Instability
  • Pile Deviation

Environmental Protection

Rig movements over soft ground damage working surfaces and compact surrounding soil layers.

  • Surface Damage
  • Soil Compaction

Operational Efficiency

Poor ground conditions delay rig positioning and reduce the number of piles completed per shift.

  • Reduced Pile Rates
  • Rig Downtime
Engineered Solutions

Performance Over
Unstable Ground

Deploy rapid access systems that protect the environment while supporting heavy loads.

Load Distribution

Engineered composite mats distribute weight effectively, preventing bogging and ground damage.

Rapid Deployment

Quick installation and removal means minimal downtime and maximum productivity.

All-Weather Access

Our systems provide reliable access in any weather conditions, keeping projects on schedule.

Reusable Systems

Durable construction allows for multiple deployments, reducing overall project costs.

Technical Data

Material HDPE Composite (High-Density Polyethylene)
Load Capacity Up to 60+ Tons (configuration dependent)
Panel Dimensions Varies by system — contact JWA for sizing
Surface Anti-slip textured finish, suitable for pedestrian and vehicle use
Installation Manual or mechanical; minimal groundwork required
Reusability Multi-deployment rated; UV stabilised and weatherproof

Expert Insights

Rig Footprint Matching

Effective piling platforms extend at least one mat width beyond the rig's track footprint on all sides. JWA's team can dimension the mat array based on the specific rig model and ground bearing pressure requirements.

Drainage Management

On waterlogged sites, slightly crowning the mat platform toward the edges helps drain accumulated water away from the rig position, improving stability and reducing pump requirements during wet weather.

Proven Performance

Featured Case Studies

Real-world examples of how composite matting solves access challenges for piling pads projects.

Substation Works
Featured Project Gin Gin, QLD

Substation Works

JWA safely delivered Dura-Base Composite Matting as the solution for rebuilding a substation site in Gin Gin without major resurfacing works. The mats provided on-demand stabilisation for a 30t piling rig despite heavy rainfall and a sandy clay subsurface.

Ross River Solar Farm — JWA project case study
renewables

Townsville, QLD

Ross River Solar Farm

The $225 million Ross River Solar Farm faced severe ground instability due to flash flooding. Dura-Base mats provided a stable, temporary platform for piling works, ensuring the installation of 450,000 solar panels continued despite the wet conditions.

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Brisbane Airport New Runway — JWA project case study
construction

Brisbane, QLD

Brisbane Airport New Runway

The construction of Brisbane Airport s new runway included the installation of HIAL runway lights. Dura-Base mats were utilised as a stable piling platform for a 280-tonne crane operating with a vibro-hammer, mitigating wet weather risks.

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