Geobeam Foundation System
Advanced, low-impact foundation solutions for lattice tower infrastructure
Developed as a practical alternative to conventional foundation methods, the GEOBEAM system combines innovation with efficiency. Designed and built to minimise disruption while maintaining structural integrity, it is especially effective where restricted access, environmental sensitivity, or live operational conditions make traditional approaches impractical.
Engineered for Performance
At the core of GEOBEAM is micropile technology, enabling secure foundation solutions that integrate seamlessly with both new installations and existing tower bases. Its ability to drill through and strengthen current foundations ensures long-term structural reliability without compromising live operations.
Operational Advantages
The GEOBEAM system has been developed to streamline installation and reduce project risk, with benefits including:
Faster project delivery with reduced weather dependency
Significant reduction in concrete and steel usage
Lower mobilisation and access costs
Ability to maintain live tower conditions throughout works
Proven performance supported by comprehensive testing
Site investigation and pile design carried out with the same plant during permanent works
Long-Term Reliability and Reduced Impact
GEOBEAM is engineered not only for performance but also for sustainability. By cutting down on material usage and eliminating the need for heavy access works, the system reduces both cost and environmental impact.
Compact equipment allows deployment in sensitive or remote areas, while specialist coatings such as EONCOAT and Duplex Epoxy extend foundation life to 100 years, outliving many tower superstructures and ensuring long-term asset resilience.
Driving Innovation in Tower Foundations
By combining micropile technology, compact equipment, and proven reliability, GEOBEAM represents a forward step in foundation engineering. The system provides asset owners with a versatile solution that reduces cost, environmental impact, and downtime, while extending the operational life of transmission infrastructure.
