Driven Piling Solutions A versatile and cost effective solution suitable for most ground conditions

Driven piling installs pile elements into the ground to transfer structural loads into suitable strata. It can support buildings, tanks, towers and bridges, and can also provide lateral support for earth-retaining structures. It is a versatile and cost-effective option for many ground conditions, subject to the design requirements and site constraints.

We provide concrete driven piles and vibro concrete columns, alongside steel solutions including tubular piles, sheet piles and H-beams. The correct system depends on the required bearing and lateral capacity, ground conditions, access, environmental constraints and the structure being supported. Our piles are specified and installed in accordance with applicable current standards.

Driven piles can offer fast installation, versatility and cost efficiency across many ground conditions. Pile sizes and lengths can be adapted to project requirements, while appropriate construction methods can avoid the handling damage associated with some precast materials. Because installation causes limited disturbance to some surrounding soils, driven piling may also suit sites with poor drainage.

Yes. Driven piling can be suitable in soils with poor drainage because the installation process does not significantly disturb the surrounding ground. It is also widely used for water-bound structures such as wharves and jetties. Final suitability depends on the ground investigation, structural loads, water conditions and the proposed installation method.

Yes. Driven piles can provide lateral support for earth-retention systems as well as vertical foundation support. Steel sheet piles and soldier piles are commonly used for this purpose. The wall type, pile section, spacing and installation method must be designed around retained height, ground and groundwater conditions, surcharges and neighbouring assets.

Useful information includes structural loads, site and foundation drawings, ground investigation and groundwater data, access and working-platform details, nearby buildings and services, noise or vibration limits and the programme. We can review these factors and advise whether concrete, tubular, sheet or bearing piles—or another piling method—best fit the project.