CRANE PLATFORMS

Crane Mats - Composite Matting Solutions for Crane Access and Lift Platforms

Crane Mats - Composite Matting Solutions for Crane Access and Lift Platforms
Solutions

The Challenge Cranes must operate from level, load-rated ground — yet many project sites feature unstable fill, wet subgrades, or existing assets that cannot absorb outrigger point loads.

The Solution JWA composite mats distribute outrigger loads across a wide footprint, creating engineered crane pads without concrete or extensive earthworks.

Key Challenges

What Makes Crane Platforms Demanding

Ground Stability

Cranes require engineered level platforms; soft or uneven ground creates dangerous tipping risk.

  • Platform Settlement
  • Crane Instability

Environmental Protection

Heavy outrigger loads concentrate ground pressure, causing irreversible sub-surface compaction.

  • Sub-surface Damage
  • Load Concentration

Operational Efficiency

Ground preparation for crane pads adds significant time and cost to lifting operations.

  • Prep Time Delays
  • Increased Mobilisation
Engineered Solutions

Performance Over
Unstable Ground

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

High Compressive Strength

Heavy-duty mats support extreme point loads from crane outriggers without deformation.

Level Working Surface

Interlocking systems create a contiguous, level pad critical for safe lifting operations.

Sub-surface Protection

Spreads outrigger loads safely to prevent punch-through and protect underground services.

Engineered Reliability

Tested and certified load ratings provide surety for complex heavy lifts and dual-crane operations.

Proven Performance

Featured Case Studies

Real-world examples of how composite matting solves access challenges for crane platforms projects.

Dundonnell Wind Farm
Featured Project Mortlake, VIC

Dundonnell Wind Farm

Dura-Base provided access through sensitive and soft grounds along transmission line corridor for substation construction and powerline stringing works. The project showcased the versatility of composite matting in supporting major renewable energy infrastructure.

Ready to Start Your Project?

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