Gantries, telecommunications towers, and masts place unique demands on their foundations – high lateral loads from wind exposure, strict compliance requirements, and often difficult or restricted-access sites. Our helical screw pile foundations are engineered to meet these demands, with certified load data and a design life of up to 120 years.

Tall, exposed structures generate substantial lateral and uplift forces that their foundations must resist. Traditional concrete solutions require extensive groundworks, formwork, and curing time – all of which create programme delays and site disruption. Helical screw piles are machine-installed in rapid time frames, produce no spoil, and deliver verified load performance on every pile.
For engineers specifying foundations for height and wind exposure, the certified torque data from every installation provides the documented proof of capacity that building control and asset owners require.


We provide a complete turnkey service covering every stage of the foundation programme:
We work with structural engineers, asset owners, main contractors, and telecoms operators across the UK to deliver certified foundations for projects governed by National Highways, Network Rail, and telecoms regulatory requirements.

Yes. Our helical screw piles handle substantial lateral and uplift forces, and can be installed at angles to optimise resistance to wind loading. Every pile is torque-verified on site with certified data provided on completion.
Yes. We supply and install helical screw pile foundations for highway gantries and overhead sign structures, producing the certified load data and torque pile logs that National Highways and local authorities require.
Yes. Our compact tracked machines and excavators access restricted sites where traditional piling rigs can’t operate – including narrow roadside verges, railway corridors, and rural telecoms locations with limited clearance.
Yes. Helical screw piles are fully reversible – they can be removed cleanly when the mast is no longer needed, returning the site to its original condition. This makes them well suited to temporary wind monitoring and meteorological masts.
