Load Transfer Platforms

Load Transfer Platforms (LTPs) are designed to efficiently distribute structural loads over deep foundation elements such as piles, Controlled Modulus Columns (CMCs), or Vibro Concrete Columns (VCCs). By reinforcing a granular platform with layers of geogrids or high-strength geotextiles, the LTP transfers loads from the embankment or structure to the underlying columns or piles while minimizing differential settlement.

Load Transfer Platforms (LTPs) are designed to efficiently distribute structural loads over deep foundation elements such as piles, Controlled Modulus Columns (CMCs), or Vibro Concrete Columns (VCCs). By reinforcing a granular platform with layers of geogrids or high-strength geotextiles, the LTP transfers loads from the embankment or structure to the underlying columns or piles while minimizing differential settlement.

Load Transfer Platforms (LTPs) are designed to efficiently distribute structural loads over deep foundation elements such as piles, Controlled Modulus Columns (CMCs), or Vibro Concrete Columns (VCCs). By reinforcing a granular platform with layers of geogrids or high-strength geotextiles, the LTP transfers loads from the embankment or structure to the underlying columns or piles while minimizing differential settlement.

Design Service

Our support goes beyond simply supplying geogrid products. We provide complete, project-specific design services to ensure the optimal application of Load Transfer Platforms.

Our engineering team delivers tailored solutions based on your site conditions, offering designs that reduce material usage, cut costs, and accelerate construction timelines.

Services include detailed design calculations, layout drawings, and full technical documentation. All designs are backed by industry-leading software tools and global performance data, giving you confidence in both the approach and the long-term performance of the solution.